public void eval(
final EvolutionState state,
final int thread,
final GPData input,
final ADFStack stack,
final GPIndividual individual,
final Problem problem) {
MultiplexerData md = (MultiplexerData) input;
long[] dat_11 = null; // quiets compiler complaints
long dat_6 = 0L;
byte dat_3 = 0;
// No shortcuts for now
children[0].eval(state, thread, input, stack, individual, problem);
if (md.status == MultiplexerData.STATUS_3) dat_3 = md.dat_3;
else if (md.status == MultiplexerData.STATUS_6) dat_6 = md.dat_6;
else // md.status == MultiplexerData.STATUS_11
{
dat_11 = md.popDat11();
System.arraycopy(md.dat_11, 0, dat_11, 0, MultiplexerData.MULTI_11_NUM_BITSTRINGS);
}
children[1].eval(state, thread, input, stack, individual, problem);
// modify
if (md.status == MultiplexerData.STATUS_3) md.dat_3 &= dat_3;
else if (md.status == MultiplexerData.STATUS_6) md.dat_6 &= dat_6;
else // md.status == MultiplexerData.STATUS_11
{
for (int x = 0; x < MultiplexerData.MULTI_11_NUM_BITSTRINGS; x++) md.dat_11[x] &= dat_11[x];
md.pushDat11(dat_11);
}
}
public void eval(
final EvolutionState state,
final int thread,
final GPData input,
final ADFStack stack,
final GPIndividual individual,
final Problem problem) {
MultiplexerData md = (MultiplexerData) input;
if (md.status == MultiplexerData.STATUS_3)
md.dat_3 = Fast.M_3[bitpos + MultiplexerData.STATUS_3];
else if (md.status == MultiplexerData.STATUS_6)
md.dat_6 = Fast.M_6[bitpos + MultiplexerData.STATUS_6];
else // md.status == MultiplexerData.STATUS_11
System.arraycopy(
Fast.M_11[bitpos + MultiplexerData.STATUS_11],
0,
md.dat_11,
0,
MultiplexerData.MULTI_11_NUM_BITSTRINGS);
}