protected override void WndProc(ref Message m)
{
base.WndProc(ref m);
if (m.Msg == KEY_MESSAGE)
{
Keys key = (Keys)(((int)m.LParam >> 16) & 0xFFFF);
//Reset table key was pressed
if (key == resetTableHotkey)
{
tableController.ResetTable();
}
//Pause timer key was pressed
if (key == pauseTimerHotkey)
{
//Toggle the tracker time
settingsController.ToggleTimerPaused();
tableController.SetLastChangeTime(); //On unpause we want to reset the inactivity timer
}
}
}
public void Detect()
{
//Pointer to the Temtem Window
IntPtr temtemWindow;
//Get the currently focused window
IntPtr focused = User32.GetForegroundWindow();
//If we're not focusing a window
if (focused == IntPtr.Zero)
{
return;
}
//Check if the focused window is Temtem
StringBuilder windowName = new StringBuilder(100);
User32.GetWindowText(focused, windowName, 100);
User32.GetWindowThreadProcessId(focused, out uint focusedWindowProcessID); //Inline variable declaration
string focusedWindowProcessName = Process.GetProcessById((int)focusedWindowProcessID).ProcessName;
//Is the window in question a Temtem window? Assume not
Boolean isTemtemWindow = false;
//Check if The window matches any of the window and process names in the config
foreach (WindowAndProcessNames windowAndProcess in windowAndProcessNames)
{
if (windowName.ToString().Equals(windowAndProcess.windowName) && focusedWindowProcessName.Equals(windowAndProcess.processName))
{
isTemtemWindow = true;
break;
}
}
//If the window is a Temtem window, run detection on it
if (isTemtemWindow)
{
temtemWindow = focused;
//Here we check if this is one of our already detected windows and if not we add it
if (!temtemWindows.ContainsKey(focusedWindowProcessID))
{
temtemWindows.Add(focusedWindowProcessID, new TemtemWindowData {
detectionSpots = new List <Point>(),
OCRViewports = new List <Rectangle>(),
gameWindowSize = new Size(0, 0),
detectedBattle = false
});
}
}
else
{
//We aren't in the right window
return;
}
IntPtr hdcWindow = User32.GetDC(temtemWindow);
User32.POINT lpPoint = new User32.POINT();
User32.GetClientRect(temtemWindow, out User32.RECT bounds);
User32.ClientToScreen(temtemWindow, ref lpPoint);
////Release the device context
User32.ReleaseDC(temtemWindow, hdcWindow);
Rectangle gameWindowRect = new Rectangle(lpPoint.X, lpPoint.Y, (bounds.right - bounds.left), (bounds.bottom - bounds.top));
if (gameWindowRect.Height == 0 || gameWindowRect.Width == 0)
{
//If the rectangle is 0 high or wide, we've got a closing/closed window or an error
return;
}
//If the game window dimensions have changed we need to recalculate all the spots.
//This shouldn't happen often
if (!gameWindowRect.Size.Equals(temtemWindows[focusedWindowProcessID].gameWindowSize))
{
temtemWindows[focusedWindowProcessID].gameWindowSize = gameWindowRect.Size;
RecalculateDetectionElements(temtemWindows[focusedWindowProcessID], gameWindowRect);
}
if (temtemWindows[focusedWindowProcessID].detectedBattle == false)
{
//We'll only test for battle if we aren't in a battle
List <Color> pixelColors = GetBattleDetectionColors(temtemWindows[focusedWindowProcessID], lpPoint);
//We'll also get the OCR reading spots right here. It's a waste of resources if we aren't detecting battle, but is faster and more reliable when we do
List <Bitmap> viewportImages = GetOCRViewportImages(lpPoint, temtemWindows[focusedWindowProcessID].OCRViewports);
if (((ColorDistance(pixelColors[0], spot1RGB) < maxAllowedColorDistance &&
ColorDistance(pixelColors[1], spot2RGB) < maxAllowedColorDistance) ||
(ColorDistance(pixelColors[2], spot3RGB) < maxAllowedColorDistance &&
ColorDistance(pixelColors[3], spot4RGB) < maxAllowedColorDistance)))
{
temtemWindows[focusedWindowProcessID].detectedBattle = true;
//TODO: Add criteria for not detecting due to inactivity
if (timerEnabled ||
(pauseWasAutopause && autoresumeEnabled) ||
!detectionDisabledWhileTimerPaused)
{
//Do OCR operation. The OCR controller will dispose of the images so we're ok
List <string> results = ocrController.DoOCR(viewportImages);
//Log the encounter in the database
DatabaseController.Instance.LogEncounter(results);
//Add the encounters to the UI
results.ForEach(result => {
//Here we add the detected Temtem to the UI
tableController.AddTemtem(result);
});
if (autoresumeEnabled && pauseWasAutopause)
{
settingsController.ToggleTimerPaused();
}
}
}
}
else if (temtemWindows[focusedWindowProcessID].detectedBattle == true)
{
//If we're in battle we'll test for being out of battle
List <Color> pixelColors = GetOutOfBattleDetectionColors(temtemWindows[focusedWindowProcessID], lpPoint);
if (ColorDistance(pixelColors[0], spot5RGB) < maxAllowedColorDistance &&
ColorDistance(pixelColors[1], spot6RGB) < maxAllowedColorDistance &&
ColorDistance(pixelColors[2], spot7RGB) < maxAllowedColorDistance &&
ColorDistance(pixelColors[3], spot8RGB) < maxAllowedColorDistance)
{
//Set battle to false
temtemWindows[focusedWindowProcessID].detectedBattle = false;
}
}
}