public TensorProduct GetProduct(double [,] matrix, TensorProduct q)
{
TensorProduct getQ = new TensorProduct();
getQ.alpha = matrix[0, 0] * q.alpha + matrix[0, 1] * q.beta + matrix[0, 2] * q.gama +
matrix[0, 3] * q.delta;
getQ.beta = matrix[1, 0] * q.alpha + matrix[1, 1] * q.beta + matrix[1, 2] * q.gama +
matrix[1, 3] * q.delta;
getQ.gama = matrix[2, 0] * q.alpha + matrix[2, 1] * q.beta + matrix[2, 2] * q.gama +
matrix[2, 3] * q.delta;
getQ.delta = matrix[3, 0] * q.alpha + matrix[3, 1] * q.beta + matrix[3, 2] * q.gama +
matrix[3, 3] * q.delta;
return(getQ);
}
static void Main(string[] args)
{
Console.WriteLine("Please input Qubit");
Console.WriteLine("Please input a");
var numbers = Console.ReadLine();
var numberList = numbers.Split(' ');
var number1 = Convert.ToDouble(numberList[0]);
var number2 = Convert.ToDouble(numberList[1]);
//Console.WriteLine(number1 + " " + number2);
Complex c1 = new Complex(number1, number2);
Console.WriteLine("Please input b");
var numbers2 = Console.ReadLine();
var numberList2 = numbers2.Split(' ');
var number12 = Convert.ToDouble(numberList2[0]);
var number22 = Convert.ToDouble(numberList2[1]);
//Console.WriteLine(number11 + " " + number22);
Complex c2 = new Complex(number12, number22);
Qubit q = new Qubit(c1, c2);
Complex p1 = new Complex(0, 0);
Complex p2 = new Complex(1, 0);
Qubit p = new Qubit(p1, p2);
TensorProduct tq = new TensorProduct(q, p);
Matrix m = new Matrix();
TensorProduct tq1 = m.GetProduct(m.HHmatrix(), tq);
TensorProduct tq2 = m.GetProduct(m.inputMatrix(), tq1);
TensorProduct tq3 = m.GetProduct(m.HImatrix(), tq2);
//Console.WriteLine(tq3.measure());
if (tq3.measure() == 0)
{
Console.WriteLine("Function is constant");
}
else
{
Console.WriteLine("Function is not constant");
}
// if we run the computer several times with the same input data, the output might be different each time.
// In Deutsch algorthm, the input data is chosen very specifically so that output will stay the same
}
