public void RunDiceExample()
{
// Roll a die 8192 times
Dictionary <int, int> unityDiceResults = new Dictionary <int, int>();
Dictionary <int, int> quantumDiceResults = new Dictionary <int, int>();
unityDiceResults.Add(1, 0);
unityDiceResults.Add(2, 0);
unityDiceResults.Add(3, 0);
unityDiceResults.Add(4, 0);
unityDiceResults.Add(5, 0);
unityDiceResults.Add(6, 0);
quantumDiceResults.Add(1, 0);
quantumDiceResults.Add(2, 0);
quantumDiceResults.Add(3, 0);
quantumDiceResults.Add(4, 0);
quantumDiceResults.Add(5, 0);
quantumDiceResults.Add(6, 0);
for (int i = 0; i < 500; i++)
{
int val = Random.Range(1, 7);
int qval = QuantumRandom.Range(1, 6);
unityDiceResults[val]++;
quantumDiceResults[qval]++;
}
string displayUnityResults = "1: " + unityDiceResults[1] + "\n2: " + unityDiceResults[2] + "\n3: " + unityDiceResults[3] + "\n4: " + unityDiceResults[4] + "\n5: " + unityDiceResults[5] + "\n6: " + unityDiceResults[6];
string displayQuantumResults = "1: " + quantumDiceResults[1] + "\n2: " + quantumDiceResults[2] + "\n3: " + quantumDiceResults[3] + "\n4: " + quantumDiceResults[4] + "\n5: " + quantumDiceResults[5] + "\n6: " + quantumDiceResults[6];
unityResults.text = displayUnityResults;
quantumResults.text = displayQuantumResults;
}
public void RunCoinExample()
{
// Flip a coin 8192 times
Dictionary <string, int> unityCoinResults = new Dictionary <string, int>();
Dictionary <string, int> quantumCoinResults = new Dictionary <string, int>();
string[] unityArray = new string[8192];
string[] qArray = new string[8192];
unityCoinResults.Add("Heads", 0);
unityCoinResults.Add("Tails", 0);
quantumCoinResults.Add("Heads", 0);
quantumCoinResults.Add("Tails", 0);
for (int i = 0; i < 8192; i++)
{
int val = Random.Range(0, 2);
unityArray[i] = val.ToString();//.Replace("\n", "");
int qval = QuantumRandom.Range(0, 1);
qArray[i] = qval.ToString();//.Replace("\n", "");
if (val == 0)
{
unityCoinResults["Heads"]++;
}
else
{
unityCoinResults["Tails"]++;
}
if (qval == 0)
{
quantumCoinResults["Heads"]++;
}
else
{
quantumCoinResults["Tails"]++;
}
}
string displayUnityResults = "Heads: " + unityCoinResults["Heads"] + "\nTails: " + unityCoinResults["Tails"];
string displayQuantumResults = "Heads: " + quantumCoinResults["Heads"] + "\nTails: " + quantumCoinResults["Tails"];
unityResults.text = displayUnityResults;
quantumResults.text = displayQuantumResults;
//write unity array and qarray to text files
string bpath = Application.dataPath + "/Bits/SizeCheck/";
File.WriteAllLines(bpath + "unityRand/unityOutput.txt", unityArray, Encoding.UTF8);
File.WriteAllLines(bpath + "qRand/qOutput.txt", qArray, Encoding.UTF8);
//zip files
string uzip_path = bpath + "unityOutput.zip";
if (!File.Exists(uzip_path))
{
ZipFile.CreateFromDirectory(bpath + "unityRand", uzip_path);
// using (FileStream zipToOpen = new FileStream(bpath + "unityOutput.txt", FileMode.Open))
// {
// using (ZipArchive archive = new ZipArchive(zipToOpen, ZipArchiveMode.Update))
// {
// ZipArchiveEntry readmeEntry = archive.CreateEntry("Readme.txt");
// using (StreamWriter writer = new StreamWriter(readmeEntry.Open()))
// {
// writer.WriteLine("Information about this package.");
// writer.WriteLine("========================");
// }
// }
// }
ZipFile.CreateFromDirectory(bpath + "qRand", bpath + "qOutput.zip");
}
}
