public void StartExamination()
{
int index = 1;
var emulator = new Emulator2(DB);
Settings settings;
for (double indexDiff = diffFrom; indexDiff < diffTo + 0.1; indexDiff += diffStep)
{
for (double indexCheck = checkTimeFrom; indexCheck < checkTimeTo + 1; indexCheck += checkTimeStep)
{
for (double indexBuy = buyTimeFrom; indexBuy < buyTimeTo + 1; indexBuy += buyTimeStep)
{
for (double indexHold = holdTimeFrom; indexHold < holdTimeTo + 1; indexHold += holdTimeStep)
{
var sw = new Stopwatch();
sw.Start();
settings = new Settings(StartDate, EndDate, SaveData, balance, index, countCycles);
settings.emulator = emulator;
settings.indexDiff = indexDiff;
settings.indexCheck = indexCheck;
settings.indexBuy = indexBuy;
settings.indexHold = indexHold;
Thread thread = new Thread(new ParameterizedThreadStart(settings.StartEmulation));
thread.Start();
OwnDataBase.database.Examinations.Add(settings.NewElement(indexDiff, indexCheck, indexBuy, indexHold - 1, emulator.GetBalance()));
if (SaveData)
{
Debug.WriteLine("save th");
//OwnDataBase.database.TradeHistories.AddRange(emulator.TradeHistory);
OwnDataBase.database.BulkInsert(emulator.TradeHistory);
}
OwnDataBase.database.BulkSaveChangesAsync();
index++;
sw.Stop();
Debug.WriteLine(sw.ElapsedMilliseconds);
}
}
}
}
DB.Clear();
}
/// <summary>
/// by flipping the states of the various objects active/inactive in the scene, I can simulate the loading of the original assets, but under
/// the desired stereoscopic and monoscopic states
/// </summary>
public void StereoSwitch()
{
//activate or deactivate mono assets
Emulator1.SetActive(!Emulator1.activeSelf);
System1.SetActive(!System1.activeSelf);
reticleM.SetActive(!reticleM.activeSelf);
//activate or deactivate stereo assets
Emulator2.SetActive(!Emulator2.activeSelf);
System2.SetActive(!System2.activeSelf);
reticleL.SetActive(!reticleL.activeSelf);
reticleR.SetActive(!reticleR.activeSelf);
//Inititate blocker to reset/begin GVR interaction
StartCoroutine(Block());
}
public void StartExamination()
{
index = 1;
var emulator = new Emulator2(DB);
for (double indexCheckDiff = checkDiffFrom; indexCheckDiff < checkDiffTo + 0.1; indexCheckDiff += checkDiffStep)
{
for (double indexDiff = diffFrom; indexDiff < diffTo + 0.1; indexDiff += diffStep)
{
for (double indexCheck = checkTimeFrom; indexCheck < checkTimeTo + 1; indexCheck += checkTimeStep)
{
for (double indexBuy = buyTimeFrom; indexBuy < buyTimeTo + 1; indexBuy += buyTimeStep)
{
for (double indexHold = holdTimeFrom; indexHold < holdTimeTo + 1; indexHold += holdTimeStep)
{
var SW = new Stopwatch();
SW.Start();
emulator.Settings(StartDate, EndDate, indexCheckDiff, SaveData, index, indexDiff, indexCheck, indexBuy, indexHold, balance);
emulator.MakeMoney();
outBalance = emulator.GetBalance();
examinations.Add(NewElement(indexDiff, indexCheckDiff, indexCheck, indexBuy, indexHold, outBalance));
Debug.WriteLine($"[{index}/{countCycles}] Diff: {indexDiff}, checkDiff: {indexCheckDiff}, CheckTime: {indexCheck}, Buytime: {indexBuy}, HoldTime: {indexHold}, Balance: {outBalance}");
if (SaveData)
{
Debug.WriteLine("save th");
OwnDataBase.database.BulkInsert(emulator.TradeHistory);
}
index++;
SW.Stop();
Debug.WriteLine(SW.ElapsedMilliseconds);
}
OwnDataBase.database.BulkInsert(examinations);
examinations.Clear();
OwnDataBase.database.BulkSaveChanges();
Debug.WriteLine("SAVE DATA");
}
}
}
}
DB.Clear();
}
