/// <summary>
/// Main entry point to the program.
/// </summary>
/// <param name="args">Command-line parameters.</param>
static void Main(string[] args)
{
const int trialCount = 10000;
var generator = new Random();
using (QuantumSimulator sim = new QuantumSimulator())
{
var classicalWinCount = 0;
var quantumWinCount = 0;
for (int i = 0; i < trialCount; i++)
{
bool aliceBit = GetRandomBit(generator);
bool bobBit = GetRandomBit(generator);
bool aliceMeasuresFirst = GetRandomBit(generator);
bool classicalXor =
!PlayClassicalStrategy(aliceBit, bobBit);
bool quantumXor =
!PlayQuantumStrategy.Run(
sim,
aliceBit,
bobBit,
aliceMeasuresFirst).Result;
if ((aliceBit && bobBit) == classicalXor)
{
classicalWinCount++;
}
if ((aliceBit && bobBit) == quantumXor)
{
quantumWinCount++;
}
}
Console.WriteLine(
"Classical success rate: "
+ classicalWinCount / (float)trialCount);
Console.WriteLine(
"Quantum success rate: "
+ quantumWinCount / (float)trialCount);
if (quantumWinCount > classicalWinCount)
{
Console.WriteLine("The quantum success rate exceeded the classical success rate!");
}
}
}
static void Main(string[] args)
{
int j = 0;
do
{
j++;
const int trialCount = 20000;
Random generator = new Random();
using (QuantumSimulator sim = new QuantumSimulator())
{
int classicalWinCount = 0;
int quantumWinCount = 0;
int classicalAliceBobWinCount = 0;
int classicalJohnMikeWinCount = 0;
int quantumAliceBobWinCount = 0;
int quantumJohnMikeWinCount = 0;
int classicalnowincount = 0;
int quantumnowincount = 0;
for (int i = 0; i < trialCount; i++)
{
bool aliceBit = GetRandomBit(generator);
bool bobBit = GetRandomBit(generator);
bool johnBit = GetRandomBit(generator);
bool mikeBit = GetRandomBit(generator);
bool aliceMeasuresFirst = GetRandomBit(generator);
bool[] classicalXor =
PlayClassicalStrategy(aliceBit, bobBit, johnBit, mikeBit);
bool[] quantumXor =
PlayQuantumStrategy.Run(
sim,
aliceBit,
bobBit,
johnBit,
mikeBit,
aliceMeasuresFirst).Result.ToArray();
if ((aliceBit && bobBit) == !classicalXor[0])
{
classicalWinCount++;
classicalAliceBobWinCount++;
}
else if ((johnBit && mikeBit) == !classicalXor[1])
{
classicalWinCount++;
classicalJohnMikeWinCount++;
}
else
{
classicalnowincount++;
}
if ((aliceBit && bobBit) == !quantumXor[0])
{
quantumWinCount++;
quantumAliceBobWinCount++;
}
else if ((johnBit && mikeBit) == !quantumXor[1])
{
quantumWinCount++;
quantumJohnMikeWinCount++;
}
else
{
quantumnowincount++;
}
}
Console.WriteLine(
"Classical success rate: "
+ classicalWinCount / (float)trialCount);
Console.WriteLine("Classical Alice and Bob won {0} times ", classicalAliceBobWinCount);
Console.WriteLine("Classical John and Mike won {0} times ", classicalJohnMikeWinCount);
Console.WriteLine("Classical did not win {0} times ", classicalnowincount);
Console.WriteLine();
Console.WriteLine(
"Quantum success rate: "
+ quantumWinCount / (float)trialCount);
Console.WriteLine("Quantum Alice and Bob won {0} times ", quantumAliceBobWinCount);
Console.WriteLine("Quantum John and Mike won {0} times ", quantumJohnMikeWinCount);
Console.WriteLine("Quantum did not win {0} times ", quantumnowincount);
Console.WriteLine();
if (quantumWinCount > classicalWinCount)
{
Console.WriteLine("Round {0} Quantum Win ", j);
}
else
{
Console.WriteLine("Round {0} Classical Win ", j);
}
}
Console.WriteLine();
} while (j < 10);
Console.WriteLine();
Console.WriteLine("All rounds completed");
Console.ReadLine();
}
