private void mainSavageAttackSequence(KeyArgs keyArgs)
{
int pressDuration = 5;
int sleepMin = 10;
int sleepMax = 18;
TimeSpan diff;
diff = DateTime.Now - lastCastSavageBuffsDT;
if (!keyArgs.KeyUp && ProcessMacros)
{
if (diff.TotalMilliseconds > 28000)
{
//cast savage buffs
KeySim.KeyPress(key.nine, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.zero, pressDuration);
lastCastSavageBuffsDT = DateTime.Now;
}
//stick
KeySim.KeyPress(key.six, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.six, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.three, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.four, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.four, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.four, pressDuration);
sleep(sleepMin, sleepMax);
Thread.Sleep(200);
}
}
private void cancelQueue(KeyArgs keyArgs)
{
if (!keyArgs.KeyUp)
{
attackQueueAction = null;
}
}
private void cancelQueue(KeyArgs keyArgs)
{
if (!keyArgs.KeyUp)
{
isMainSavageAttackSequenceQueued = false;
mainSavageAttackSequenceQueuedArgs = null;
}
}
/// <summary>
/// This is the entry point delegate.
/// The Chapter Relics will pass keyboard events and args to this.
/// </summary>
/// <param name="keyArgs"></param>
public virtual void KeyboardEventTrigger(KeyArgs keyArgs)
{
IList<Action<KeyArgs>> actions;
if (EventRegistrar.TryGetValue((key)keyArgs.KeyCode, out actions))
{
foreach (Action<KeyArgs> action in actions)
action(keyArgs);
}
}
private void slam(KeyArgs keyArgs)
{
if (!keyArgs.KeyUp && ProcessMacros)
{
if (attackAction == null)
{
attackAction = slam_macro;
heroAttack();
}
else
attackQueueAction = slam_macro;
}
}
private void bodyguard(KeyArgs keyArgs)
{
if (!keyArgs.KeyUp && ProcessMacros)
{
int pressDuration = 5;
int sleepMin = 10;
int sleepMax = 18;
KeySim.KeyPress(key.eight, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.zero_numpad, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.seven_numpad, pressDuration);
sleep(sleepMin, sleepMax);
KeySim.KeyPress(key.eight_numpad, pressDuration);
}
}
private void asyncMainSavageAttackSequence(KeyArgs keyArgs)
{
if (!keyArgs.KeyUp && ProcessMacros)
{
if (!isMainSavageAttackSequenceRunning)
{
isMainSavageAttackSequenceRunning = true;
Task.Factory.StartNew(() =>
{
mainSavageAttackSequence(keyArgs);
mainSavageAttackSequenceCallback();
});
}
else
{
isMainSavageAttackSequenceQueued = true;
mainSavageAttackSequenceQueuedArgs = keyArgs;
}
}
}
protected virtual void toggleOnOff(KeyArgs keyArgs)
{
if (!keyArgs.KeyUp && keyArgs.Shift)
_macroControlService.ToggleOnOffFromMacro();
}
