public double[] MeasureEntanglementWitness(int[] states, int count)
{
double[] witness = new double[states.Length];
QArray <QArray <double> > weights = GetAngles(TimeInterval);
using (var sim = new QuantumSimulator())
{
foreach (int n in states)
{
var res = QNNChunkedMeasureEntanglement.Run(sim, weights, count, n).Result;
// data processing for returned values from quantum neural network
witness[n - 1] = (double)res / (double)count;
}
}
return(witness);
}
public double MeasureEntanglementWitness(Complex[] state, int count)
{
double witness = 0;
QArray <QArray <double> > weights = GetAngles(TimeInterval);
QArray <double> parameters = new QArray <double>(state.Length * 2);
for (int n = 0; n < state.Length; n++)
{
parameters[2 * n] = state[n].Real;
parameters[2 * n + 1] = state[n].Imaginary;
}
using (var sim = new QuantumSimulator())
{
long res = QNNChunkedMeasureEntanglement.Run(sim, weights, parameters, count).Result;
// data processing for returned values from quantum neural network
witness = (double)res / (double)count;
}
return(witness);
}