public void AddCommand(UnitCommands.UnitCommand command, bool clearQueue = false)
{
if (clearQueue)
{
m_commandsQueue.Clear();
}
m_commandsQueue.Enqueue(command);
}
public void AttackPositionImmediate(Vector3 position)
{
UnitCommands.UnitCommand command = new UnitCommands.UnitCommand
{
type = UnitCommands.UnitCommandType.AttackPoint,
parameters = position
};
AddCommand(command, true);
}
virtual protected void ResolveCommandsQueue()
{
if (m_commandsQueue.Count == 0)
{
Unit closestFoe = ScanClosest(~m_faction, m_scanRange);
AttackUnit(closestFoe);
return;
}
UnitCommands.UnitCommand currentCommand = m_commandsQueue.Peek();
bool currentCommandResolved = false;
switch (currentCommand.type)
{
case UnitCommands.UnitCommandType.AttackArea:
currentCommandResolved = AttackArea((Rect)currentCommand.parameters);
break;
case UnitCommands.UnitCommandType.AttackPoint:
currentCommandResolved = AttackPoint((Vector3)currentCommand.parameters);
break;
case UnitCommands.UnitCommandType.AttackUnit:
currentCommandResolved = AttackUnit((Unit)currentCommand.parameters);
break;
case UnitCommands.UnitCommandType.Stop:
currentCommandResolved = true;
break;
case UnitCommands.UnitCommandType.Wait:
currentCommandResolved = Wait((float)currentCommand.parameters);
break;
case UnitCommands.UnitCommandType.WaitForCondition:
currentCommandResolved = ((UnitCommands.WaitForConditionDelegate)currentCommand.parameters)();
break;
}
if (currentCommandResolved)
{
m_navMeshAgent.Stop();
m_commandsQueue.Dequeue();
}
}
