public void StartBlockReversalLoop(SlotInput slotInput)
{
lock (RunBlockReversalThreadLock)
{
_runBlockReversalThread = true;
}
Thread blockReversalThread = new Thread(() =>
{
LogManager.Instance.WriteLine("Block Reversal Thread start");
bool localRunBlockReversalThread = true;
this._stroke = this.GetReplayKeyStroke();
int oldBlockstun = 0;
while (localRunBlockReversalThread && !this._process.HasExited)
{
try
{
int blockStun = this.GetBlockstun(2);
if (slotInput.WakeupFrameIndex + 2 == blockStun && oldBlockstun != blockStun)
{
this.PlayReversal();
Thread.Sleep(32);
}
oldBlockstun = blockStun;
Thread.Sleep(10); //check about twice by frame
}
catch (Exception ex)
{
LogManager.Instance.WriteException(ex);
StopBlockReversalLoop();
BlockReversalLoopErrorOccured?.Invoke(ex);
return;
}
lock (RunBlockReversalThreadLock)
{
localRunBlockReversalThread = _runBlockReversalThread;
}
Thread.Sleep(1);
}
LogManager.Instance.WriteLine("Block Reversal Thread ended");
})
{
Name = "blockReversalThread"
};
blockReversalThread.Start();
this.BringWindowToFront();
}
public bool SetInputInSlot(int slotNumber, SlotInput slotInput)
{
var baseAddress = this._memoryReader.ReadWithOffsets <IntPtr>(_recordingSlotPtr);
var slotAddress = IntPtr.Add(baseAddress, RecordingSlotSize * (slotNumber - 1));
return(this._memoryReader.Write(slotAddress, slotInput.Content));
}
public void StartReversalLoop(SlotInput slotInput)
{
lock (RunReversalThreadLock)
{
_runReversalThread = true;
}
Thread reversalThread = new Thread(() =>
{
LogManager.Instance.WriteLine("Reversal Thread start");
var currentDummy = GetDummy();
bool localRunReversalThread = true;
this._stroke = this.GetReplayKeyStroke();
while (localRunReversalThread && !this._process.HasExited)
{
try
{
int wakeupTiming = GetWakeupTiming(currentDummy);
if (wakeupTiming != 0)
{
WaitAndReversal(slotInput, wakeupTiming);
}
}
catch (Exception ex)
{
LogManager.Instance.WriteException(ex);
StopReversalLoop();
ReversalLoopErrorOccured?.Invoke(ex);
return;
}
lock (RunReversalThreadLock)
{
localRunReversalThread = _runReversalThread;
}
Thread.Sleep(1);
}
LogManager.Instance.WriteLine("Reversal Thread ended");
})
{
Name = "reversalThread"
};
reversalThread.Start();
this.BringWindowToFront();
}
private void WaitAndReversal(SlotInput slotInput, int wakeupTiming)
{
int fc = FrameCount();
var frames = wakeupTiming - slotInput.WakeupFrameIndex - 1;
while (FrameCount() < fc + frames)
{
}
PlayReversal();
Thread.Sleep(320); //20 frames, approximately, it's actually 333.333333333 ms. Nobody should be able to be knocked down and get up in this time, causing the code to execute again.
}
public void StartReversalLoop(SlotInput slotInput, Action errorAction = null)
{
lock (RunReversalThreadLock)
{
_runReversalThread = true;
}
Thread reversalThread = new Thread(() =>
{
var currentDummy = GetDummy();
bool localRunReversalThread = true;
_memorySharp.Write <byte>(_flagmembase, 1, false);
_written = false;
_memorySharp.Assembly.Inject(String.Format("jmp 0x{0}\nnop", _newmembase.ToString("X8")), _nonRelativeScriptOffset);
while (localRunReversalThread)
{
try
{
int wakeupTiming = GetWakeupTiming(currentDummy);
if (wakeupTiming != 0 && !_written)
{
waitAndReversal(slotInput, wakeupTiming);
}
}
catch (Win32Exception)
{
errorAction?.Invoke();
}
lock (RunReversalThreadLock)
{
localRunReversalThread = _runReversalThread;
}
Thread.Sleep(1);
}
#if DEBUG
Console.WriteLine("reversalThread ended");
#endif
})
{
Name = "reversalThread"
};
reversalThread.Start();
_memorySharp.Windows.MainWindow.Activate();
}
public bool TranslateIntoFile(string filePath, string input)
{
try
{
var slotInput = new SlotInput(input);
return(this.WriteInputFile(filePath, slotInput.CleanInputs));
}
catch (Exception e)
{
LogManager.Instance.WriteException(e);
return(false);
}
}
public void waitAndReversal(SlotInput slotInput, int wakeupTiming)
{
int fc = FrameCount();
var frames = wakeupTiming - slotInput.WakeupFrameIndex - 1;
while (FrameCount() < fc + frames)
{
}
lock (_memorySharp)
{
#if DEBUG
Console.WriteLine("Reversal!");
#endif
_memorySharp.Write <byte>(_flagmembase, 0, false);
Thread.Sleep(320); //20 frames, approximately, it's actually 333.333333333 ms. Nobody should be able to be knocked down and get up in this time, causing the code to execute again.
#if DEBUG
Console.WriteLine("Reversal Wait Finished!");
#endif
}
}
public void StartRandomBurstLoop(int min, int max, int replaySlot, int burstPercentage)
{
lock (RunRandomBurstThreadLock)
{
_runRandomBurstThread = true;
}
Thread randomBurstThread = new Thread(() =>
{
LogManager.Instance.WriteLine("RandomBurst Thread start");
bool localRunRandomBurstThread = true;
var slotInput = new SlotInput("!5HD");
SetInputInSlot(replaySlot, slotInput);
Random rnd = new Random();
int valueToBurst = rnd.Next(min, max + 1);
bool willBurst = rnd.Next(0, 101) <= burstPercentage;
this._stroke = this.GetReplayKeyStroke();
while (localRunRandomBurstThread && !this._process.HasExited)
{
try
{
int currentCombo = GetCurrentComboCount(1);
while (currentCombo > 0)
{
if (currentCombo == valueToBurst && willBurst)
{
PlayReversal();
Thread.Sleep(850); //50 frames, approximately, Burst recovery is around 50f.
}
currentCombo = GetCurrentComboCount(1);
if (currentCombo == 0)
{
valueToBurst = rnd.Next(min, max + 1);
willBurst = rnd.Next(0, 101) <= burstPercentage;
}
Thread.Sleep(1);
}
lock (RunRandomBurstThreadLock)
{
localRunRandomBurstThread = _runRandomBurstThread;
}
Thread.Sleep(1);
}
catch (Exception ex)
{
LogManager.Instance.WriteException(ex);
StopRandomBurstLoop();
RandomBurstlLoopErrorOccured?.Invoke(ex);
return;
}
}
LogManager.Instance.WriteLine("RandomBurst Thread ended");
})
{
Name = "randomBurstThread"
};
randomBurstThread.Start();
this.BringWindowToFront();
}
public void StartWakeupReversalLoop(SlotInput slotInput, int wakeupReversalPercentage)
{
lock (RunReversalThreadLock)
{
_runReversalThread = true;
}
Thread reversalThread = new Thread(() =>
{
LogManager.Instance.WriteLine("Reversal Thread start");
var currentDummy = GetDummy();
bool localRunReversalThread = true;
Random rnd = new Random();
bool willReversal = rnd.Next(0, 101) <= wakeupReversalPercentage;
this._stroke = this.GetReplayKeyStroke();
while (localRunReversalThread && !this._process.HasExited)
{
try
{
int wakeupTiming = GetWakeupTiming(currentDummy);
if (wakeupTiming != 0)
{
int fc = FrameCount();
var frames = wakeupTiming - slotInput.ReversalFrameIndex - 1;
while (FrameCount() < fc + frames)
{
}
if (willReversal)
{
PlayReversal();
}
willReversal = rnd.Next(0, 101) <= wakeupReversalPercentage;
Thread.Sleep(16); // ~1 frame
//Thread.Sleep(320); //20 frames, approximately, it's actually 333.333333333 ms. Nobody should be able to be knocked down and get up in this time, causing the code to execute again.
}
}
catch (Exception ex)
{
LogManager.Instance.WriteException(ex);
StopReversalLoop();
ReversalLoopErrorOccured?.Invoke(ex);
return;
}
lock (RunReversalThreadLock)
{
localRunReversalThread = _runReversalThread;
}
Thread.Sleep(1);
}
LogManager.Instance.WriteLine("Reversal Thread ended");
})
{
Name = "reversalThread"
};
reversalThread.Start();
this.BringWindowToFront();
}
public void StartReversalLoop(SlotInput slotInput, Action errorAction = null)
{
lock (RunReversalThreadLock)
{
_runReversalThread = true;
}
Thread reversalThread = new Thread(() =>
{
var currentDummy = GetDummy();
bool localRunReversalThread = true;
_memorySharp.Assembly.Inject(String.Format("jmp 0x{0}", _newmembase.ToString("X8")), _nonRelativeScriptOffset);
while (localRunReversalThread)
{
try
{
int wakeupTiming = GetWakeupTiming(currentDummy);
if (wakeupTiming != 0)
{
Thread waitThread = new Thread(() =>
{
int fc = FrameCount();
var frames = wakeupTiming - slotInput.WakeupFrameIndex - 1;
while (FrameCount() < fc + frames)
{
}
})
{
Name = "waitThread"
};
waitThread.Start();
waitThread.Join();
PlayReversal();
}
}
catch (Win32Exception)
{
errorAction?.Invoke();
}
lock (RunReversalThreadLock)
{
localRunReversalThread = _runReversalThread;
}
Thread.Sleep(1);
}
#if DEBUG
Console.WriteLine("reversalThread ended");
#endif
})
{
Name = "reversalThread"
};
reversalThread.Start();
_memorySharp.Windows.MainWindow.Activate();
}