public static void AddModuloQFT(this QuantumComputer comp, ulong a, ulong N, RegisterRef ctrl, Register b, params RegisterRef[] controls)
{
Validate(a, b, N);
comp.QFT(b);
comp.AddModuloQFTPhi(a, N, ctrl, b, controls);
comp.InverseQFT(b);
}
public static void MultModuloQFT(this QuantumComputer comp, ulong a, ulong N, RegisterRef ctrl, Register x, Register b, RegisterRef control)
{
Validate(a, b, N);
comp.QFT(b);
for (int i = 0; i < x.Width; i++)
{
//Console.WriteLine("MultModulo i = {2}, a = {0}, N = {1}", a, N, i);
comp.AddModuloQFTPhi(((((ulong)1 << i) * a) % N), N, ctrl, b, x[i], control);
}
comp.InverseQFT(b);
}
public static void AddModuloQFT(this QuantumComputer comp, ulong a, ulong N, RegisterRef ctrl, Register b, params RegisterRef[] controls)
{
if (comp.Group)
{
object[] parameters = new object[] { comp, a, N, ctrl, b, controls };
comp.AddParametricGate("AddModuloQFT", parameters);
return;
}
else
{
comp.Group = true;
}
Validate(a, b, N);
comp.QFT(b);
comp.AddModuloQFTPhi(a, N, ctrl, b, controls);
comp.InverseQFT(b);
}
public static void MultModuloQFT(this QuantumComputer comp, ulong a, ulong N, RegisterRef ctrl, Register x, Register b, RegisterRef control)
{
if (comp.Group)
{
object[] parameters = new object[] { comp, a, N, ctrl, x, b, control };
comp.AddParametricGate("MultModuloQFT", parameters);
return;
}
else
{
comp.Group = true;
}
Validate(a, b, N);
comp.QFT(b);
for (int i = 0; i < x.Width; i++)
{
comp.AddModuloQFTPhi(((((ulong)1 << i) * a) % N), N, ctrl, b, x[i], control);
}
comp.InverseQFT(b);
}
