bitpackingunaligned.cpp

#include <exception> // for std::logic_error
#include "bitpackingunaligned.h"

using FastPForLib::byte;

typedef const byte * (*runpacker)(const byte *  __restrict__ in, uint32_t *  __restrict__  out);
typedef byte * (*rpacker)(const uint32_t *  __restrict__ in, byte *  __restrict__  out);


typedef const byte * (*rbyteunpacker)(const byte *  __restrict__ in, byte *  __restrict__  out);
typedef byte * (*rbytepacker)(const byte *  __restrict__ in, byte *  __restrict__  out);


byte * nullpacker(const uint32_t *  __restrict__ /*in*/, byte *  __restrict__  out) {
  return out;
}

byte * nullbytepacker(const byte *  __restrict__ /*in*/, byte *  __restrict__  out) {
  return out;
}

    const byte * nullunpacker8(const byte *  __restrict__ in, uint32_t *  __restrict__  out) {
      memset(out,0,8 * 4);
      return in;
    }


    const byte * nullbyteunpacker8(const byte *  __restrict__ in, byte *  __restrict__  out) {
      memset(out,0,8 );
      return in;
    }


    byte * __fastunalignedpackwithoutmask1_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 1;
    }



    byte * __fastunalignedpackwithoutmask2_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask3_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 3;
    }



    byte * __fastunalignedpackwithoutmask4_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask5_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 5  -  3 );
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 1;
    }



    byte * __fastunalignedpackwithoutmask6_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 6  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask7_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 7  -  3 );
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 3;
    }



    byte * __fastunalignedpackwithoutmask8_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask9_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 9  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 9  -  8 );
    ++in;

      return reinterpret_cast<byte *>(out) + 1;
    }



    byte * __fastunalignedpackwithoutmask10_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 10  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 10  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask11_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 11  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 11  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 3;
    }



    byte * __fastunalignedpackwithoutmask12_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 12  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 12  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask13_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  7 );
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  8 );
    ++in;

      return reinterpret_cast<byte *>(out) + 1;
    }



    byte * __fastunalignedpackwithoutmask14_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask15_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  13 );
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  11 );
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  9 );
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 3;
    }



    byte * __fastunalignedpackwithoutmask16_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask17_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  8 );
    ++in;

      return reinterpret_cast<byte *>(out) + 1;
    }



    byte * __fastunalignedpackwithoutmask18_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask19_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  5 );
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 3;
    }



    byte * __fastunalignedpackwithoutmask20_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask21_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  9 );
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  19 );
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  8 );
    ++in;

      return reinterpret_cast<byte *>(out) + 1;
    }



    byte * __fastunalignedpackwithoutmask22_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask23_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  5 );
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  19 );
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 3;
    }



    byte * __fastunalignedpackwithoutmask24_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask25_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  11 );
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  15 );
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  8 );
    ++in;

      return reinterpret_cast<byte *>(out) + 1;
    }



    byte * __fastunalignedpackwithoutmask26_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask27_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  17 );
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  7 );
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  24 );
    ++in;

      return reinterpret_cast<byte *>(out) + 3;
    }



    byte * __fastunalignedpackwithoutmask28_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  24 );
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask29_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  26 );
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  23 );
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  17 );
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  11 );
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  8 );
    ++in;

      return reinterpret_cast<byte *>(out) + 1;
    }



    byte * __fastunalignedpackwithoutmask30_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  28 );
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  26 );
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  24 );
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask31_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  30 );
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  29 );
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  28 );
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  27 );
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  26 );
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  25 );
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  24 );
    ++in;

      return reinterpret_cast<byte *>(out) + 3;
    }



    byte * __fastunalignedpackwithoutmask32_8(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }




const byte * __fastunalignedunpack1_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   & 1 ;
    out++;
    *out = ( (*in) >>  1  )   & 1 ;
    out++;
    *out = ( (*in) >>  2  )   & 1 ;
    out++;
    *out = ( (*in) >>  3  )   & 1 ;
    out++;
    *out = ( (*in) >>  4  )   & 1 ;
    out++;
    *out = ( (*in) >>  5  )   & 1 ;
    out++;
    *out = ( (*in) >>  6  )   & 1 ;
    out++;
    *out = ( (*in) >>  7  )   & 1 ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 1;
    }




const byte * __fastunalignedunpack2_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  2  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 2 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack3_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  3  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  9  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  15  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  21  )   % (1U << 3 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 3;
    }




const byte * __fastunalignedunpack4_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  24  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack5_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  5  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  15  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  25  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 3 ))<<( 5 - 3 );
    out++;
    *out = ( (*in) >>  3  )   % (1U << 5 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 1;
    }




const byte * __fastunalignedunpack6_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  24  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 6 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 6 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack7_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  21  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 3 ))<<( 7 - 3 );
    out++;
    *out = ( (*in) >>  3  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  17  )   % (1U << 7 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 3;
    }




const byte * __fastunalignedunpack8_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack9_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  9  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 9 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  22  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 9 - 8 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 1;
    }




const byte * __fastunalignedunpack10_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 10 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 10 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 10 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack11_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  11  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 11 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 11 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 11 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 3;
    }




const byte * __fastunalignedunpack12_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 12 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 12 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack13_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 7 ))<<( 13 - 7 );
    out++;
    *out = ( (*in) >>  7  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 13 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 13 - 8 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 1;
    }




const byte * __fastunalignedunpack14_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 14 - 10 );
    out++;
    *out = ( (*in) >>  10  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 14 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 14 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 14 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack15_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  15  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 13 ))<<( 15 - 13 );
    out++;
    *out = ( (*in) >>  13  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 11 ))<<( 15 - 11 );
    out++;
    *out = ( (*in) >>  11  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 9 ))<<( 15 - 9 );
    out++;
    *out = ( (*in) >>  9  )   % (1U << 15 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 3;
    }




const byte * __fastunalignedunpack16_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack17_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 17 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 17 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  21  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 17 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 17 - 8 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 1;
    }




const byte * __fastunalignedunpack18_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 18 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 18 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 18 - 12 );
    out++;
    *out = ( (*in) >>  12  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 18 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack19_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 19 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 19 - 12 );
    out++;
    *out = ( (*in) >>  12  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 19 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 5 ))<<( 19 - 5 );
    out++;
    *out = ( (*in) >>  5  )   % (1U << 19 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 3;
    }




const byte * __fastunalignedunpack20_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 20 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 20 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 20 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 20 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack21_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  21  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 21 - 10 );
    out++;
    *out = ( (*in) >>  10  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 21 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 9 ))<<( 21 - 9 );
    out++;
    *out = ( (*in) >>  9  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 19 ))<<( 21 - 19 );
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 21 - 8 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 1;
    }




const byte * __fastunalignedunpack22_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 22 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 22 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 22 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 22 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 22 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 22 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 22 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 22 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack23_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 23 ) ;
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 23 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 5 ))<<( 23 - 5 );
    out++;
    *out = ( (*in) >>  5  )   % (1U << 23 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 19 ))<<( 23 - 19 );
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 23 - 10 );
    out++;
    *out = ( (*in) >>  10  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 23 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 23 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 3;
    }




const byte * __fastunalignedunpack24_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 24 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 24 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 24 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 24 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 24 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 24 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack25_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 25 ) ;
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 25 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 11 ))<<( 25 - 11 );
    out++;
    *out = ( (*in) >>  11  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 25 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 25 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 25 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 15 ))<<( 25 - 15 );
    out++;
    *out = ( (*in) >>  15  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 25 - 8 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 1;
    }




const byte * __fastunalignedunpack26_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 26 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 26 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 26 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 26 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 26 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 26 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 26 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 26 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack27_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 27 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 27 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 17 ))<<( 27 - 17 );
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 27 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 7 ))<<( 27 - 7 );
    out++;
    *out = ( (*in) >>  7  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 27 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 27 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 27 - 24 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 3;
    }




const byte * __fastunalignedunpack28_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 28 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 28 - 24 );
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 28 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 28 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 28 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 28 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 28 - 4 );
    out++;
    *out = ( (*in) >>  4  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack29_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 29 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 26 ))<<( 29 - 26 );
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 23 ))<<( 29 - 23 );
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 29 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 17 ))<<( 29 - 17 );
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 29 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 11 ))<<( 29 - 11 );
    out++;
    *out = ( (*in) >>  11  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 29 - 8 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 1;
    }




const byte * __fastunalignedunpack30_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 30 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 28 ))<<( 30 - 28 );
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 26 ))<<( 30 - 26 );
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 30 - 24 );
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 30 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 30 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 30 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 30 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack31_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 31 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 30 ))<<( 31 - 30 );
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 29 ))<<( 31 - 29 );
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 28 ))<<( 31 - 28 );
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 27 ))<<( 31 - 27 );
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 26 ))<<( 31 - 26 );
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 25 ))<<( 31 - 25 );
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 31 - 24 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 3;
    }




const byte * __fastunalignedunpack32_8(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }



    byte * __fastunalignedbytepackwithoutmask1_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask2_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2) ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4) ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6) ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2) ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4) ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6) ;
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask3_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 3  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4) ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 3  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask4_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask5_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>( ( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  3 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask6_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6) ;
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4) ;
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask7_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  6 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  5 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5);
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  3 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1);
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask8_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;

      return out;
    }




const byte * __fastunalignedbyteunpack1_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   & 1 ;
    out++;
    *out = ( (*in) >>  1  )   & 1 ;
    out++;
    *out = ( (*in) >>  2  )   & 1 ;
    out++;
    *out = ( (*in) >>  3  )   & 1 ;
    out++;
    *out = ( (*in) >>  4  )   & 1 ;
    out++;
    *out = ( (*in) >>  5  )   & 1 ;
    out++;
    *out = ( (*in) >>  6  )   & 1 ;
    out++;
    *out = ( (*in) >>  7  )   & 1 ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack2_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  2  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 2 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  2  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 2 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack3_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  3  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 3 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 3 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 3 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 3 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  5  )   % (1U << 3 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack4_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack5_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  5  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 5 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 5 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 5 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 3 ))<<( 5 - 3 ));
    out++;
    *out = ( (*in) >>  3  )   % (1U << 5 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack6_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 6 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 6 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 6 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 6 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 6 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 6 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack7_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 6 ))<<( 7 - 6 ));
    out++;
    *out = ( (*in) >>  6  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 5 ))<<( 7 - 5 ));
    out++;
    *out = ( (*in) >>  5  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 7 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 3 ))<<( 7 - 3 ));
    out++;
    *out = ( (*in) >>  3  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 7 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 7 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 7 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack8_8(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;

      return in;
    }



  const byte * fastunalignedunpack_8(const byte *  __restrict__ in, uint32_t *  __restrict__  out, const uint32_t bit) {
    switch(bit) {
            case 0: return nullunpacker8(in,out);

            case 1:
                return __fastunalignedunpack1_8(in,out);

            case 2:
                return __fastunalignedunpack2_8(in,out);

            case 3:
                return __fastunalignedunpack3_8(in,out);

            case 4:
                return __fastunalignedunpack4_8(in,out);

            case 5:
                return __fastunalignedunpack5_8(in,out);

            case 6:
                return __fastunalignedunpack6_8(in,out);

            case 7:
                return __fastunalignedunpack7_8(in,out);

            case 8:
                return __fastunalignedunpack8_8(in,out);

            case 9:
                return __fastunalignedunpack9_8(in,out);

            case 10:
                return __fastunalignedunpack10_8(in,out);

            case 11:
                return __fastunalignedunpack11_8(in,out);

            case 12:
                return __fastunalignedunpack12_8(in,out);

            case 13:
                return __fastunalignedunpack13_8(in,out);

            case 14:
                return __fastunalignedunpack14_8(in,out);

            case 15:
                return __fastunalignedunpack15_8(in,out);

            case 16:
                return __fastunalignedunpack16_8(in,out);

            case 17:
                return __fastunalignedunpack17_8(in,out);

            case 18:
                return __fastunalignedunpack18_8(in,out);

            case 19:
                return __fastunalignedunpack19_8(in,out);

            case 20:
                return __fastunalignedunpack20_8(in,out);

            case 21:
                return __fastunalignedunpack21_8(in,out);

            case 22:
                return __fastunalignedunpack22_8(in,out);

            case 23:
                return __fastunalignedunpack23_8(in,out);

            case 24:
                return __fastunalignedunpack24_8(in,out);

            case 25:
                return __fastunalignedunpack25_8(in,out);

            case 26:
                return __fastunalignedunpack26_8(in,out);

            case 27:
                return __fastunalignedunpack27_8(in,out);

            case 28:
                return __fastunalignedunpack28_8(in,out);

            case 29:
                return __fastunalignedunpack29_8(in,out);

            case 30:
                return __fastunalignedunpack30_8(in,out);

            case 31:
                return __fastunalignedunpack31_8(in,out);

            case 32:
                return __fastunalignedunpack32_8(in,out);

            default:
                break;
    }
    throw std::logic_error("number of bits is unsupported");
  }



  /*assumes that integers fit in the prescribed number of bits*/
  byte * fastunalignedpackwithoutmask_8(const uint32_t *  __restrict__ in, byte *  __restrict__  out, const uint32_t bit) {
    switch(bit) {
            case 0: return nullpacker(in,out);

            case 1:
                return __fastunalignedpackwithoutmask1_8(in,out);

            case 2:
                return __fastunalignedpackwithoutmask2_8(in,out);

            case 3:
                return __fastunalignedpackwithoutmask3_8(in,out);

            case 4:
                return __fastunalignedpackwithoutmask4_8(in,out);

            case 5:
                return __fastunalignedpackwithoutmask5_8(in,out);

            case 6:
                return __fastunalignedpackwithoutmask6_8(in,out);

            case 7:
                return __fastunalignedpackwithoutmask7_8(in,out);

            case 8:
                return __fastunalignedpackwithoutmask8_8(in,out);

            case 9:
                return __fastunalignedpackwithoutmask9_8(in,out);

            case 10:
                return __fastunalignedpackwithoutmask10_8(in,out);

            case 11:
                return __fastunalignedpackwithoutmask11_8(in,out);

            case 12:
                return __fastunalignedpackwithoutmask12_8(in,out);

            case 13:
                return __fastunalignedpackwithoutmask13_8(in,out);

            case 14:
                return __fastunalignedpackwithoutmask14_8(in,out);

            case 15:
                return __fastunalignedpackwithoutmask15_8(in,out);

            case 16:
                return __fastunalignedpackwithoutmask16_8(in,out);

            case 17:
                return __fastunalignedpackwithoutmask17_8(in,out);

            case 18:
                return __fastunalignedpackwithoutmask18_8(in,out);

            case 19:
                return __fastunalignedpackwithoutmask19_8(in,out);

            case 20:
                return __fastunalignedpackwithoutmask20_8(in,out);

            case 21:
                return __fastunalignedpackwithoutmask21_8(in,out);

            case 22:
                return __fastunalignedpackwithoutmask22_8(in,out);

            case 23:
                return __fastunalignedpackwithoutmask23_8(in,out);

            case 24:
                return __fastunalignedpackwithoutmask24_8(in,out);

            case 25:
                return __fastunalignedpackwithoutmask25_8(in,out);

            case 26:
                return __fastunalignedpackwithoutmask26_8(in,out);

            case 27:
                return __fastunalignedpackwithoutmask27_8(in,out);

            case 28:
                return __fastunalignedpackwithoutmask28_8(in,out);

            case 29:
                return __fastunalignedpackwithoutmask29_8(in,out);

            case 30:
                return __fastunalignedpackwithoutmask30_8(in,out);

            case 31:
                return __fastunalignedpackwithoutmask31_8(in,out);

            case 32:
                return __fastunalignedpackwithoutmask32_8(in,out);

            default:
                break;
    }
    throw std::logic_error("number of bits is unsupported");
  }



  const byte * fastunalignedbyteunpack_8(const byte *  __restrict__ in, byte *  __restrict__  out, const uint32_t bit) {
    switch(bit) {
            case 0: return nullbyteunpacker8(in,out);

            case 1:
                return __fastunalignedbyteunpack1_8(in,out);

            case 2:
                return __fastunalignedbyteunpack2_8(in,out);

            case 3:
                return __fastunalignedbyteunpack3_8(in,out);

            case 4:
                return __fastunalignedbyteunpack4_8(in,out);

            case 5:
                return __fastunalignedbyteunpack5_8(in,out);

            case 6:
                return __fastunalignedbyteunpack6_8(in,out);

            case 7:
                return __fastunalignedbyteunpack7_8(in,out);

            case 8:
                return __fastunalignedbyteunpack8_8(in,out);

            default:
                break;
    }
    throw std::logic_error("number of bits is unsupported");
  }



  /*assumes that integers fit in the prescribed number of bits*/
  byte * fastunalignedbytepackwithoutmask_8(const byte *  __restrict__ in, byte *  __restrict__  out, const uint32_t bit) {
    switch(bit) {
            case 0: return nullbytepacker(in,out);

            case 1:
                return __fastunalignedbytepackwithoutmask1_8(in,out);

            case 2:
                return __fastunalignedbytepackwithoutmask2_8(in,out);

            case 3:
                return __fastunalignedbytepackwithoutmask3_8(in,out);

            case 4:
                return __fastunalignedbytepackwithoutmask4_8(in,out);

            case 5:
                return __fastunalignedbytepackwithoutmask5_8(in,out);

            case 6:
                return __fastunalignedbytepackwithoutmask6_8(in,out);

            case 7:
                return __fastunalignedbytepackwithoutmask7_8(in,out);

            case 8:
                return __fastunalignedbytepackwithoutmask8_8(in,out);

            default:
                break;
    }
    throw std::logic_error("number of bits is unsupported");
  }


    const byte * nullunpacker16(const byte *  __restrict__ in, uint32_t *  __restrict__  out) {
      memset(out,0,16 * 4);
      return in;
    }


    const byte * nullbyteunpacker16(const byte *  __restrict__ in, byte *  __restrict__  out) {
      memset(out,0,16 );
      return in;
    }


    byte * __fastunalignedpackwithoutmask1_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask2_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask3_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 3  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask4_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask5_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 5  -  3 );
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 5  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask6_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 6  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 6  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask7_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 7  -  3 );
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 7  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 7  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask8_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask9_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 9  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 9  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 9  -  3 );
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 9  -  7 );
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask10_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 10  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 10  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 10  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 10  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask11_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 11  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 11  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 11  -  3 );
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 11  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 11  -  5 );
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask12_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 12  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 12  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 12  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 12  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask13_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  7 );
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  9 );
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 13  -  3 );
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask14_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 14  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask15_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  13 );
    ++in;
    *out |= ( (*in)  ) <<  13 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  11 );
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  9 );
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  7 );
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  5 );
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  3 );
    ++in;
    *out |= ( (*in)  ) <<  3 ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 15  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask16_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask17_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 17  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask18_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 18  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask19_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  5 );
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  11 );
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  17 );
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 19  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask20_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 20  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask21_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  9 );
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  19 );
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  7 );
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  17 );
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 21  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask22_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 22  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask23_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  5 );
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  19 );
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  15 );
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  11 );
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 23  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask24_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 24  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask25_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  11 );
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  15 );
    ++in;
    *out |= ( (*in)  ) <<  15 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  1 );
    ++in;
    *out |= ( (*in)  ) <<  1 ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  19 );
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  5 );
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  23 );
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 25  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask26_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  24 );
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 26  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask27_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  17 );
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  7 );
    ++in;
    *out |= ( (*in)  ) <<  7 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  24 );
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  19 );
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  9 );
    ++in;
    *out |= ( (*in)  ) <<  9 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  26 );
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  21 );
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++out;
    *out =  ( (*in) ) >> ( 27  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask28_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  24 );
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  24 );
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    *out =  ( (*in) ) >> ( 28  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask29_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  26 );
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  23 );
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  17 );
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  11 );
    ++in;
    *out |= ( (*in)  ) <<  11 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  5 );
    ++in;
    *out |= ( (*in)  ) <<  5 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  28 );
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  25 );
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  19 );
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 29  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask30_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  28 );
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  26 );
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  24 );
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  16 );
    ++in;
    *out |= ( (*in)  ) <<  16 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  14 );
    ++in;
    *out |= ( (*in)  ) <<  14 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  12 );
    ++in;
    *out |= ( (*in)  ) <<  12 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  10 );
    ++in;
    *out |= ( (*in)  ) <<  10 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  8 );
    ++in;
    *out |= ( (*in)  ) <<  8 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  6 );
    ++in;
    *out |= ( (*in)  ) <<  6 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  4 );
    ++in;
    *out |= ( (*in)  ) <<  4 ;
    ++out;
    *out =  ( (*in) ) >> ( 30  -  2 );
    ++in;
    *out |= ( (*in)  ) <<  2 ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }



    byte * __fastunalignedpackwithoutmask31_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++in;
    *out |= ( (*in)  ) <<  31 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  30 );
    ++in;
    *out |= ( (*in)  ) <<  30 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  29 );
    ++in;
    *out |= ( (*in)  ) <<  29 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  28 );
    ++in;
    *out |= ( (*in)  ) <<  28 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  27 );
    ++in;
    *out |= ( (*in)  ) <<  27 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  26 );
    ++in;
    *out |= ( (*in)  ) <<  26 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  25 );
    ++in;
    *out |= ( (*in)  ) <<  25 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  24 );
    ++in;
    *out |= ( (*in)  ) <<  24 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  23 );
    ++in;
    *out |= ( (*in)  ) <<  23 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  22 );
    ++in;
    *out |= ( (*in)  ) <<  22 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  21 );
    ++in;
    *out |= ( (*in)  ) <<  21 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  20 );
    ++in;
    *out |= ( (*in)  ) <<  20 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  19 );
    ++in;
    *out |= ( (*in)  ) <<  19 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  18 );
    ++in;
    *out |= ( (*in)  ) <<  18 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  17 );
    ++in;
    *out |= ( (*in)  ) <<  17 ;
    ++out;
    *out =  ( (*in) ) >> ( 31  -  16 );
    ++in;

      return reinterpret_cast<byte *>(out) + 2;
    }



    byte * __fastunalignedpackwithoutmask32_16(const uint32_t *  __restrict__ in, byte *  __restrict__  outbyte) {
      uint32_t *  __restrict__ out = reinterpret_cast<uint32_t *>(outbyte);

    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;

      return reinterpret_cast<byte *>(out) + 0;
    }




const byte * __fastunalignedunpack1_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   & 1 ;
    out++;
    *out = ( (*in) >>  1  )   & 1 ;
    out++;
    *out = ( (*in) >>  2  )   & 1 ;
    out++;
    *out = ( (*in) >>  3  )   & 1 ;
    out++;
    *out = ( (*in) >>  4  )   & 1 ;
    out++;
    *out = ( (*in) >>  5  )   & 1 ;
    out++;
    *out = ( (*in) >>  6  )   & 1 ;
    out++;
    *out = ( (*in) >>  7  )   & 1 ;
    out++;
    *out = ( (*in) >>  8  )   & 1 ;
    out++;
    *out = ( (*in) >>  9  )   & 1 ;
    out++;
    *out = ( (*in) >>  10  )   & 1 ;
    out++;
    *out = ( (*in) >>  11  )   & 1 ;
    out++;
    *out = ( (*in) >>  12  )   & 1 ;
    out++;
    *out = ( (*in) >>  13  )   & 1 ;
    out++;
    *out = ( (*in) >>  14  )   & 1 ;
    out++;
    *out = ( (*in) >>  15  )   & 1 ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack2_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  2  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  22  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  24  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  26  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  28  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack3_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  3  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  9  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  15  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  21  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  24  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  27  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 3 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 3 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack4_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  24  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  24  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack5_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  5  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  15  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  25  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 3 ))<<( 5 - 3 );
    out++;
    *out = ( (*in) >>  3  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  23  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 5 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  11  )   % (1U << 5 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack6_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  24  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 6 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  22  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 6 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack7_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  21  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 3 ))<<( 7 - 3 );
    out++;
    *out = ( (*in) >>  3  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  17  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  24  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 7 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 7 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  9  )   % (1U << 7 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack8_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  8  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 8 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack9_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  9  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 9 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  22  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 9 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  17  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 3 ))<<( 9 - 3 );
    out++;
    *out = ( (*in) >>  3  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  21  )   % (1U << 9 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 7 ))<<( 9 - 7 );
    out++;
    *out = ( (*in) >>  7  )   % (1U << 9 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack10_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  10  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  20  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 10 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  18  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 10 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 10 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 10 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 10 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack11_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  11  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 11 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 11 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 3 ))<<( 11 - 3 );
    out++;
    *out = ( (*in) >>  3  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 11 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  15  )   % (1U << 11 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 5 ))<<( 11 - 5 );
    out++;
    *out = ( (*in) >>  5  )   % (1U << 11 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack12_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 12 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 12 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  12  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 12 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 12 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 12 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack13_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  13  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 7 ))<<( 13 - 7 );
    out++;
    *out = ( (*in) >>  7  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 13 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 13 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  21  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 13 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  15  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 9 ))<<( 13 - 9 );
    out++;
    *out = ( (*in) >>  9  )   % (1U << 13 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 3 ))<<( 13 - 3 );
    out++;
    *out = ( (*in) >>  3  )   % (1U << 13 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack14_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  14  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 14 - 10 );
    out++;
    *out = ( (*in) >>  10  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 14 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 14 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  16  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 14 - 12 );
    out++;
    *out = ( (*in) >>  12  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 14 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 14 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 14 ) ;
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack15_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  15  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 13 ))<<( 15 - 13 );
    out++;
    *out = ( (*in) >>  13  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 11 ))<<( 15 - 11 );
    out++;
    *out = ( (*in) >>  11  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 9 ))<<( 15 - 9 );
    out++;
    *out = ( (*in) >>  9  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 7 ))<<( 15 - 7 );
    out++;
    *out = ( (*in) >>  7  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 5 ))<<( 15 - 5 );
    out++;
    *out = ( (*in) >>  5  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 3 ))<<( 15 - 3 );
    out++;
    *out = ( (*in) >>  3  )   % (1U << 15 ) ;
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 15 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 15 ) ;
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack16_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 16 ) ;
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack17_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 17 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 17 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  21  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 17 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 17 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 17 - 10 );
    out++;
    *out = ( (*in) >>  10  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 17 - 12 );
    out++;
    *out = ( (*in) >>  12  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 17 - 14 );
    out++;
    *out = ( (*in) >>  14  )   % (1U << 17 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 17 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack18_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 18 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 18 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 18 - 12 );
    out++;
    *out = ( (*in) >>  12  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 18 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 18 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 18 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 18 - 10 );
    out++;
    *out = ( (*in) >>  10  )   % (1U << 18 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 18 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack19_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 19 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 19 - 12 );
    out++;
    *out = ( (*in) >>  12  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 19 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 5 ))<<( 19 - 5 );
    out++;
    *out = ( (*in) >>  5  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 11 ))<<( 19 - 11 );
    out++;
    *out = ( (*in) >>  11  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 17 ))<<( 19 - 17 );
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 19 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 19 - 10 );
    out++;
    *out = ( (*in) >>  10  )   % (1U << 19 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 19 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack20_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 20 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 20 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 20 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 20 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 20 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 20 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 20 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 20 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 20 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack21_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  21  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 21 - 10 );
    out++;
    *out = ( (*in) >>  10  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 21 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 9 ))<<( 21 - 9 );
    out++;
    *out = ( (*in) >>  9  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 19 ))<<( 21 - 19 );
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 21 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 21 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 7 ))<<( 21 - 7 );
    out++;
    *out = ( (*in) >>  7  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 17 ))<<( 21 - 17 );
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 21 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 21 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 21 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack22_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 22 ) ;
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 22 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 22 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 22 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 22 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 22 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 22 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 22 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 22 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 22 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 22 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 22 - 8 );
    out++;
    *out = ( (*in) >>  8  )   % (1U << 22 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 22 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 22 - 10 );
    out++;
    *out = ( (*in) >>  10  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack23_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 23 ) ;
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 23 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 5 ))<<( 23 - 5 );
    out++;
    *out = ( (*in) >>  5  )   % (1U << 23 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 19 ))<<( 23 - 19 );
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 23 - 10 );
    out++;
    *out = ( (*in) >>  10  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 23 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 23 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 15 ))<<( 23 - 15 );
    out++;
    *out = ( (*in) >>  15  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 23 - 6 );
    out++;
    *out = ( (*in) >>  6  )   % (1U << 23 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 23 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 11 ))<<( 23 - 11 );
    out++;
    *out = ( (*in) >>  11  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 23 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 23 ) ;
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 23 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack24_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 24 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 24 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 24 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 24 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 24 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 24 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 24 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 24 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 24 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 24 ) ;
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 24 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 24 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack25_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 25 ) ;
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 25 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 11 ))<<( 25 - 11 );
    out++;
    *out = ( (*in) >>  11  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 25 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 25 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 25 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 15 ))<<( 25 - 15 );
    out++;
    *out = ( (*in) >>  15  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 25 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    *out |= ((*in) % (1U<< 1 ))<<( 25 - 1 );
    out++;
    *out = ( (*in) >>  1  )   % (1U << 25 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 19 ))<<( 25 - 19 );
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 25 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 5 ))<<( 25 - 5 );
    out++;
    *out = ( (*in) >>  5  )   % (1U << 25 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 23 ))<<( 25 - 23 );
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 25 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack26_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 26 ) ;
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 26 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 26 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 26 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 26 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 26 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 26 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 26 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 26 - 10 );
    out++;
    *out = ( (*in) >>  10  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 26 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 26 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 26 - 24 );
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 26 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 26 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 26 - 6 );
    out++;
    *out = ( (*in) >>  6  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack27_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 27 ) ;
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 27 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 17 ))<<( 27 - 17 );
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 27 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 7 ))<<( 27 - 7 );
    out++;
    *out = ( (*in) >>  7  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 27 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 27 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 27 - 24 );
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 19 ))<<( 27 - 19 );
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 27 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 9 ))<<( 27 - 9 );
    out++;
    *out = ( (*in) >>  9  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 27 - 4 );
    out++;
    *out = ( (*in) >>  4  )   % (1U << 27 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 26 ))<<( 27 - 26 );
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 21 ))<<( 27 - 21 );
    out++;
    *out = ( (*in) >>  21  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 27 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack28_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 28 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 28 - 24 );
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 28 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 28 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 28 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 28 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 28 - 4 );
    out++;
    *out = ( (*in) >>  4  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 28 ) ;
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 28 - 24 );
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 28 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 28 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 28 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 28 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 28 - 4 );
    out++;
    *out = ( (*in) >>  4  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack29_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 29 ) ;
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 26 ))<<( 29 - 26 );
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 23 ))<<( 29 - 23 );
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 29 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 17 ))<<( 29 - 17 );
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 29 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 11 ))<<( 29 - 11 );
    out++;
    *out = ( (*in) >>  11  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 29 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    *out |= ((*in) % (1U<< 5 ))<<( 29 - 5 );
    out++;
    *out = ( (*in) >>  5  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 29 - 2 );
    out++;
    *out = ( (*in) >>  2  )   % (1U << 29 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 28 ))<<( 29 - 28 );
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 25 ))<<( 29 - 25 );
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 29 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 19 ))<<( 29 - 19 );
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 29 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack30_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 30 ) ;
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 28 ))<<( 30 - 28 );
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 26 ))<<( 30 - 26 );
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 30 - 24 );
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 30 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 30 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 30 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 30 - 16 );
    out++;
    *out = ( (*in) >>  16  ) ;
    ++in;
    *out |= ((*in) % (1U<< 14 ))<<( 30 - 14 );
    out++;
    *out = ( (*in) >>  14  ) ;
    ++in;
    *out |= ((*in) % (1U<< 12 ))<<( 30 - 12 );
    out++;
    *out = ( (*in) >>  12  ) ;
    ++in;
    *out |= ((*in) % (1U<< 10 ))<<( 30 - 10 );
    out++;
    *out = ( (*in) >>  10  ) ;
    ++in;
    *out |= ((*in) % (1U<< 8 ))<<( 30 - 8 );
    out++;
    *out = ( (*in) >>  8  ) ;
    ++in;
    *out |= ((*in) % (1U<< 6 ))<<( 30 - 6 );
    out++;
    *out = ( (*in) >>  6  ) ;
    ++in;
    *out |= ((*in) % (1U<< 4 ))<<( 30 - 4 );
    out++;
    *out = ( (*in) >>  4  ) ;
    ++in;
    *out |= ((*in) % (1U<< 2 ))<<( 30 - 2 );
    out++;
    *out = ( (*in) >>  2  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }




const byte * __fastunalignedunpack31_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  )   % (1U << 31 ) ;
    out++;
    *out = ( (*in) >>  31  ) ;
    ++in;
    *out |= ((*in) % (1U<< 30 ))<<( 31 - 30 );
    out++;
    *out = ( (*in) >>  30  ) ;
    ++in;
    *out |= ((*in) % (1U<< 29 ))<<( 31 - 29 );
    out++;
    *out = ( (*in) >>  29  ) ;
    ++in;
    *out |= ((*in) % (1U<< 28 ))<<( 31 - 28 );
    out++;
    *out = ( (*in) >>  28  ) ;
    ++in;
    *out |= ((*in) % (1U<< 27 ))<<( 31 - 27 );
    out++;
    *out = ( (*in) >>  27  ) ;
    ++in;
    *out |= ((*in) % (1U<< 26 ))<<( 31 - 26 );
    out++;
    *out = ( (*in) >>  26  ) ;
    ++in;
    *out |= ((*in) % (1U<< 25 ))<<( 31 - 25 );
    out++;
    *out = ( (*in) >>  25  ) ;
    ++in;
    *out |= ((*in) % (1U<< 24 ))<<( 31 - 24 );
    out++;
    *out = ( (*in) >>  24  ) ;
    ++in;
    *out |= ((*in) % (1U<< 23 ))<<( 31 - 23 );
    out++;
    *out = ( (*in) >>  23  ) ;
    ++in;
    *out |= ((*in) % (1U<< 22 ))<<( 31 - 22 );
    out++;
    *out = ( (*in) >>  22  ) ;
    ++in;
    *out |= ((*in) % (1U<< 21 ))<<( 31 - 21 );
    out++;
    *out = ( (*in) >>  21  ) ;
    ++in;
    *out |= ((*in) % (1U<< 20 ))<<( 31 - 20 );
    out++;
    *out = ( (*in) >>  20  ) ;
    ++in;
    *out |= ((*in) % (1U<< 19 ))<<( 31 - 19 );
    out++;
    *out = ( (*in) >>  19  ) ;
    ++in;
    *out |= ((*in) % (1U<< 18 ))<<( 31 - 18 );
    out++;
    *out = ( (*in) >>  18  ) ;
    ++in;
    *out |= ((*in) % (1U<< 17 ))<<( 31 - 17 );
    out++;
    *out = ( (*in) >>  17  ) ;
    ++in;
    *out |= ((*in) % (1U<< 16 ))<<( 31 - 16 );
    out++;

      return reinterpret_cast<const byte *>(in)  + 2;
    }




const byte * __fastunalignedunpack32_16(const byte *  __restrict__ inbyte, uint32_t *  __restrict__  out) {
      const uint32_t *  __restrict__ in = reinterpret_cast<const uint32_t *>(inbyte);

    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  ) ;
    ++in;
    out++;

      return reinterpret_cast<const byte *>(in)  + 0;
    }



    byte * __fastunalignedbytepackwithoutmask1_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask2_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask3_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 3  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 3  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 3  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 3  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask4_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask5_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  3 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++in;
    *out |= static_cast<byte>( ( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 5  -  3 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask6_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 6  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask7_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  6 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  5 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  3 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++out;
    ++in;
    *out =  (*in)  ;
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  7 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  6 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  6 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  5 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  5 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  4 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  4 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  3 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  3 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  2 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  2 );
    ++out;
    *out =  static_cast<byte>(( (*in) ) >> ( 7  -  1 ));
    ++in;
    *out |= static_cast<byte>(( (*in)  ) <<  1 );
    ++out;
    ++in;

      return out;
    }



    byte * __fastunalignedbytepackwithoutmask8_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;
    *out =  (*in)  ;
    ++out;
    ++in;

      return out;
    }




const byte * __fastunalignedbyteunpack1_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   & 1 ;
    out++;
    *out = ( (*in) >>  1  )   & 1 ;
    out++;
    *out = ( (*in) >>  2  )   & 1 ;
    out++;
    *out = ( (*in) >>  3  )   & 1 ;
    out++;
    *out = ( (*in) >>  4  )   & 1 ;
    out++;
    *out = ( (*in) >>  5  )   & 1 ;
    out++;
    *out = ( (*in) >>  6  )   & 1 ;
    out++;
    *out = ( (*in) >>  7  )   & 1 ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   & 1 ;
    out++;
    *out = ( (*in) >>  1  )   & 1 ;
    out++;
    *out = ( (*in) >>  2  )   & 1 ;
    out++;
    *out = ( (*in) >>  3  )   & 1 ;
    out++;
    *out = ( (*in) >>  4  )   & 1 ;
    out++;
    *out = ( (*in) >>  5  )   & 1 ;
    out++;
    *out = ( (*in) >>  6  )   & 1 ;
    out++;
    *out = ( (*in) >>  7  )   & 1 ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack2_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  2  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 2 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  2  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 2 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  2  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 2 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  2  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 2 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 2 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack3_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  3  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 3 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 3 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 3 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 3 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  5  )   % (1U << 3 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  3  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 3 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 3 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 3 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 3 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 3 ) ;
    out++;
    *out = ( (*in) >>  5  )   % (1U << 3 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack4_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 4 ) ;
    out++;
    *out = ( (*in) >>  4  )   % (1U << 4 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack5_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  5  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 5 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 5 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 5 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 3 ))<<( 5 - 3 ));
    out++;
    *out = ( (*in) >>  3  )   % (1U << 5 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  5  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 5 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 5 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 5 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 5 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 5 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 3 ))<<( 5 - 3 ));
    out++;
    *out = ( (*in) >>  3  )   % (1U << 5 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack6_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 6 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 6 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 6 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 6 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 6 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 6 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 6 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 6 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 6 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 6 ) ;
    out++;
    *out = ( (*in) >>  6  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 6 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 6 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 6 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 6 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack7_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 6 ))<<( 7 - 6 ));
    out++;
    *out = ( (*in) >>  6  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 5 ))<<( 7 - 5 ));
    out++;
    *out = ( (*in) >>  5  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 7 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 3 ))<<( 7 - 3 ));
    out++;
    *out = ( (*in) >>  3  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 7 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 7 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 7 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 7 ) ;
    out++;
    *out = ( (*in) >>  7  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 6 ))<<( 7 - 6 ));
    out++;
    *out = ( (*in) >>  6  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 5 ))<<( 7 - 5 ));
    out++;
    *out = ( (*in) >>  5  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 4 ))<<( 7 - 4 ));
    out++;
    *out = ( (*in) >>  4  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 3 ))<<( 7 - 3 ));
    out++;
    *out = ( (*in) >>  3  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 2 ))<<( 7 - 2 ));
    out++;
    *out = ( (*in) >>  2  )   % (1U << 7 ) ;
    ++in;
    *out |= static_cast<byte>(((*in) % (1U<< 1 ))<<( 7 - 1 ));
    out++;
    *out = ( (*in) >>  1  )   % (1U << 7 ) ;
    ++in;
    out++;

      return in;
    }




const byte * __fastunalignedbyteunpack8_16(const byte *  __restrict__ in, byte *  __restrict__  out) {

    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;
    *out = ( (*in) >>  0  )   % (1U << 8 ) ;
    ++in;
    out++;

      return in;
    }



  const byte * fastunalignedunpack_16(const byte *  __restrict__ in, uint32_t *  __restrict__  out, const uint32_t bit) {
    switch(bit) {
            case 0: return nullunpacker16(in,out);

            case 1:
                return __fastunalignedunpack1_16(in,out);

            case 2:
                return __fastunalignedunpack2_16(in,out);

            case 3:
                return __fastunalignedunpack3_16(in,out);

            case 4:
                return __fastunalignedunpack4_16(in,out);

            case 5:
                return __fastunalignedunpack5_16(in,out);

            case 6:
                return __fastunalignedunpack6_16(in,out);

            case 7:
                return __fastunalignedunpack7_16(in,out);

            case 8:
                return __fastunalignedunpack8_16(in,out);

            case 9:
                return __fastunalignedunpack9_16(in,out);

            case 10:
                return __fastunalignedunpack10_16(in,out);

            case 11:
                return __fastunalignedunpack11_16(in,out);

            case 12:
                return __fastunalignedunpack12_16(in,out);

            case 13:
                return __fastunalignedunpack13_16(in,out);

            case 14:
                return __fastunalignedunpack14_16(in,out);

            case 15:
                return __fastunalignedunpack15_16(in,out);

            case 16:
                return __fastunalignedunpack16_16(in,out);

            case 17:
                return __fastunalignedunpack17_16(in,out);

            case 18:
                return __fastunalignedunpack18_16(in,out);

            case 19:
                return __fastunalignedunpack19_16(in,out);

            case 20:
                return __fastunalignedunpack20_16(in,out);

            case 21:
                return __fastunalignedunpack21_16(in,out);

            case 22:
                return __fastunalignedunpack22_16(in,out);

            case 23:
                return __fastunalignedunpack23_16(in,out);

            case 24:
                return __fastunalignedunpack24_16(in,out);

            case 25:
                return __fastunalignedunpack25_16(in,out);

            case 26:
                return __fastunalignedunpack26_16(in,out);

            case 27:
                return __fastunalignedunpack27_16(in,out);

            case 28:
                return __fastunalignedunpack28_16(in,out);

            case 29:
                return __fastunalignedunpack29_16(in,out);

            case 30:
                return __fastunalignedunpack30_16(in,out);

            case 31:
                return __fastunalignedunpack31_16(in,out);

            case 32:
                return __fastunalignedunpack32_16(in,out);

            default:
                break;
    }
    throw std::logic_error("number of bits is unsupported");
  }



  /*assumes that integers fit in the prescribed number of bits*/
  byte * fastunalignedpackwithoutmask_16(const uint32_t *  __restrict__ in, byte *  __restrict__  out, const uint32_t bit) {
    switch(bit) {
            case 0: return nullpacker(in,out);

            case 1:
                return __fastunalignedpackwithoutmask1_16(in,out);

            case 2:
                return __fastunalignedpackwithoutmask2_16(in,out);

            case 3:
                return __fastunalignedpackwithoutmask3_16(in,out);

            case 4:
                return __fastunalignedpackwithoutmask4_16(in,out);

            case 5:
                return __fastunalignedpackwithoutmask5_16(in,out);

            case 6:
                return __fastunalignedpackwithoutmask6_16(in,out);

            case 7:
                return __fastunalignedpackwithoutmask7_16(in,out);

            case 8:
                return __fastunalignedpackwithoutmask8_16(in,out);

            case 9:
                return __fastunalignedpackwithoutmask9_16(in,out);

            case 10:
                return __fastunalignedpackwithoutmask10_16(in,out);

            case 11:
                return __fastunalignedpackwithoutmask11_16(in,out);

            case 12:
                return __fastunalignedpackwithoutmask12_16(in,out);

            case 13:
                return __fastunalignedpackwithoutmask13_16(in,out);

            case 14:
                return __fastunalignedpackwithoutmask14_16(in,out);

            case 15:
                return __fastunalignedpackwithoutmask15_16(in,out);

            case 16:
                return __fastunalignedpackwithoutmask16_16(in,out);

            case 17:
                return __fastunalignedpackwithoutmask17_16(in,out);

            case 18:
                return __fastunalignedpackwithoutmask18_16(in,out);

            case 19:
                return __fastunalignedpackwithoutmask19_16(in,out);

            case 20:
                return __fastunalignedpackwithoutmask20_16(in,out);

            case 21:
                return __fastunalignedpackwithoutmask21_16(in,out);

            case 22:
                return __fastunalignedpackwithoutmask22_16(in,out);

            case 23:
                return __fastunalignedpackwithoutmask23_16(in,out);

            case 24:
                return __fastunalignedpackwithoutmask24_16(in,out);

            case 25:
                return __fastunalignedpackwithoutmask25_16(in,out);

            case 26:
                return __fastunalignedpackwithoutmask26_16(in,out);

            case 27:
                return __fastunalignedpackwithoutmask27_16(in,out);

            case 28:
                return __fastunalignedpackwithoutmask28_16(in,out);

            case 29:
                return __fastunalignedpackwithoutmask29_16(in,out);

            case 30:
                return __fastunalignedpackwithoutmask30_16(in,out);

            case 31:
                return __fastunalignedpackwithoutmask31_16(in,out);

            case 32:
                return __fastunalignedpackwithoutmask32_16(in,out);

            default:
                break;
    }
    throw std::logic_error("number of bits is unsupported");
  }




  const byte * fastunalignedbyteunpack_16(const byte *  __restrict__ in, byte *  __restrict__  out, const uint32_t bit) {
    switch(bit) {
            case 0: return nullbyteunpacker16(in,out);

            case 1:
                return __fastunalignedbyteunpack1_16(in,out);

            case 2:
                return __fastunalignedbyteunpack2_16(in,out);

            case 3:
                return __fastunalignedbyteunpack3_16(in,out);

            case 4:
                return __fastunalignedbyteunpack4_16(in,out);

            case 5:
                return __fastunalignedbyteunpack5_16(in,out);

            case 6:
                return __fastunalignedbyteunpack6_16(in,out);

            case 7:
                return __fastunalignedbyteunpack7_16(in,out);

            case 8:
                return __fastunalignedbyteunpack8_16(in,out);

            default:
                break;
    }
    throw std::logic_error("number of bits is unsupported");
  }



  /*assumes that integers fit in the prescribed number of bits*/
  byte * fastunalignedbytepackwithoutmask_16(const byte *  __restrict__ in, byte *  __restrict__  out, const uint32_t bit) {
    switch(bit) {
            case 0: return nullbytepacker(in,out);

            case 1:
                return __fastunalignedbytepackwithoutmask1_16(in,out);

            case 2:
                return __fastunalignedbytepackwithoutmask2_16(in,out);

            case 3:
                return __fastunalignedbytepackwithoutmask3_16(in,out);

            case 4:
                return __fastunalignedbytepackwithoutmask4_16(in,out);

            case 5:
                return __fastunalignedbytepackwithoutmask5_16(in,out);

            case 6:
                return __fastunalignedbytepackwithoutmask6_16(in,out);

            case 7:
                return __fastunalignedbytepackwithoutmask7_16(in,out);

            case 8:
                return __fastunalignedbytepackwithoutmask8_16(in,out);

            default:
                break;
    }
    throw std::logic_error("number of bits is unsupported");
  }