/// <summary>
/// Запуск бота в выбранном режиме (по умолчанию Mode.Default)
/// </summary>
public void RunAsync()
{
if (status < State.Ready)
{
throw new BotNotInitException("bot not init");
}
if (status == State.Active)
{
return;
}
if (cv == null)
{
cv = new BotCV(WinDescriptor, 118, 140, 140, 120, 255, 255);
}
cts = new CancellationTokenSource();
CancellationToken token = cts.Token;
bool startState = false;
switch (_mode)
{
case Mode.Default: startState = botWork(token); break;
case Mode.Learning: startState = botLearning(token); break;
}
if (startState)
{
Status = State.Active;
}
}
public BotLearning(BotCV bc)
{
pressedKeys = new List <Keys>(4);
gkl.KeyDown += Gkl_KeyDown;
gkl.KeyUp += Gkl_KeyUp;
GlobalVarialbles gv = GlobalVarialbles.Constructor();
maxAllowFps = Convert.ToInt32(gv.learning["times"]);
template = gv.learning["template"];
filePath = gv.learning["path"];
com_fire = (byte)gv.botKeys["fire"];
com_down = (byte)gv.botKeys["down"];
com_up = (byte)gv.botKeys["up"];
com_left = (byte)gv.botKeys["left"];
com_right = (byte)gv.botKeys["right"];
com_esRight = (byte)gv.botKeys["esRight"];
com_esLeft = (byte)gv.botKeys["esLeft"];
com_flaps_next = (byte)gv.botKeys["flaps-next"];
com_flaps_prev = (byte)gv.botKeys["flaps-prev"];
this.bc = bc;
}