public void Initialize()
{
this.width = Utils.CalculateRegisterWidth((ulong)N);
this.kMax = Math.Log(2 * width, 2);
this.comp = QuantumComputer.GetInstance();
regX = comp.NewRegister(0, 2 * width/*, (int)(Math.Pow(2, 2 * width))*/);
regX1 = comp.NewRegister(1, width + 1);
rega = comp.NewRegister(0, regX1.Width - 1);
regb = comp.NewRegister(0, regX1.Width);
regc = comp.NewRegister(0, regX1.Width);
regN = comp.NewRegister((ulong)N, regX1.Width - 1);
//result = new byte[width];
//expTab = new ulong[width];
}
public void Initialize()
{
this.width = Utils.CalculateRegisterWidth((ulong)N);
L = 2 * width;
this.comp = QuantumComputer.GetInstance();
Register regTemp = comp.NewRegister(1, 4 * width + 2, (int)(Math.Pow(2, 2 * (width + 1))));
this.regX = regTemp[0, width];
this.reg0 = regTemp[width, width + 1];
this.regC = regTemp[2 * width + 1, 2 * width];
this.ctrl = regTemp[4 * width + 1, 1];
//this.regX = comp.NewRegister(1, width);
//this.regC = comp.NewRegister(0, 1);
//this.ctrl = comp.NewRegister(0, 1);
//this.reg0 = comp.NewRegister(0, width + 1);
//this.reg0 = comp.NewRegister(0, width);
//this.reg0 = comp.NewRegister(0, width + 1, (int)(Math.Pow(2, 2 * (width + 1))));
result = new byte[L];
expTab = new ulong[L];
}
public static void Reset(this QuantumComputer comp, Register register, ulong newValue = 0)
{
register.Reset(newValue);
}
