actlib_dataflow_neuro/dataflow_neuro/cell_lib_std.act

namespace cell {

export defcell g0x0 (bool? in[2]; bool! out)
{
   prs {
   [keeper=0] ~in[0] & ~in[1] -> out+
   }
}

export defcell g1x0 (bool? in[2]; bool! out)
{
   prs {
   [keeper=0] in[0] & in[1] -> out-
   }
}

export defcell g2x0 (bool? in[1]; bool! out)
{
   prs {
   [keeper=0] ~in[0] -> out+
   }
}

export defcell g3x0 (bool? in[2]; bool! out)
{
   prs {
   [keeper=0] in[0] & in[1] -> out-
   [keeper=0] ~in[0] | ~in[1] -> out+
   }
}

export defcell g4x0 (bool? in[2]; bool! out)
{
   prs {
   [keeper=0] in[0] | in[1] -> out-
   ~(in[0] | in[1]) -> out+
   }
}

export defcell g5x0 (bool? in[1]; bool! out)
{
   prs {
   [keeper=0] in[0] -> out-
   }
}

export defcell g6x0 (bool? in[3]; bool! out)
{
   prs {
   [keeper=0] ~in[0] & ~in[1] & ~in[2] -> out+
   }
}

export template<pint w,l> defcell p0(bool? in[2]; bool! out) {
  prs { passp<w,l> (in[0],in[1],out) }
}

export template<pint w,l> defcell n0(bool? in[2]; bool! out) {
  prs { passn<w,l> (in[0],in[1],out) }
}

export template<pint w,l> defcell t0(bool? in[3]; bool! out) {
  prs { transgate<w,l> (in[0],in[1],in[2],out) }
}

export defcell p1(bool? in[2]; bool! out) {
  prs { passp (in[0],in[1],out) }
}

export defcell n1(bool? in[2]; bool! out) {
  prs { passn (in[0],in[1],out) }
}

export defcell t1(bool? in[3]; bool! out) {
  prs { transgate (in[0],in[1],in[2],out) }
}



}