//////////////////////////////////////////////////////////////////////////
//                                                                      //
// TMBTree Trig class                                                    //
//                                                                      //
//////////////////////////////////////////////////////////////////////////

#include "tmb_tree/TMBL1AndOr.hpp"


ClassImp(TMBL1AndOr)


 TMBL1AndOr::TMBL1AndOr()
  : _bs_inited (false)
{
}

 TMBL1AndOr::TMBL1AndOr( const TMBL1AndOr & trig )
  : TObject(),_bit_string (trig._bit_string), _bs_inited (false)
{
}

 TMBL1AndOr::~TMBL1AndOr()
{
}

///
/// Clear
///
 void TMBL1AndOr::Clear (const Option_t *opt)
{
  TObject::Clear (opt);

  _bit_string = "";
  _bs_inited = false;
}


///
/// set_and_or_bits
///
///  Remember what the and-or bits are!
///
 void TMBL1AndOr::set_and_or_bits (const std::bitset<256> &bits)
{
  _bs_inited = true;
  _bs = bits;
  _bit_string = bits.to_string<char, std::char_traits<char>, std::allocator<char> >().c_str();
}

///
/// l1andor
///
///  Did it fire?
///
 bool TMBL1AndOr::l1andor (int b) const
{
  build_bs();
  return _bs[b];
}

///
/// allAndOr
///
///  Return them all as a bitset
///
std::bitset<256> TMBL1AndOr::allAndOr (void) const
{
  build_bs();
  return _bs;
}

///
/// build_bs
///
///  Builds the bs from the string if we need to!
///
 void TMBL1AndOr::build_bs (void) const
{
  if (_bs_inited) {
    return;
  }

  //_bs_inited = true;
  _bs = std::bitset<256> (std::string(_bit_string.Data()));
}