private string GetStringDirection(ActionInformation.AgentState agentState, int dir)
{
var directionStr = "forward";
if (agentState == ActionInformation.AgentState.Walking)
{
if (dir == -1)
{
directionStr = "MB";
}
else
{
directionStr = "MF";
}
}
else if (agentState == ActionInformation.AgentState.Turning)
{
if (dir == -1)
{
directionStr = "RL";
}
else
{
directionStr = "RR";
}
}
return(directionStr);
}
public string DoAction(ActionInformation.AgentState state, int dir)
{
MainControl mainControl = FindObjectOfType <MainControl>();
if (!timeKeeper.isPaused && !isMoving)
{
if (state == AgentState.Turning && dir == 1)
{
RotateTo(1);
}
else if (state == AgentState.Turning && dir == -1)
{
RotateTo(-1);
}
else if (state == AgentState.Walking && dir == 1)
{
MoveTo(directionIndex % 6, 1, tag);
}
else if (state == AgentState.Walking && dir == -1)
{
var oppositeDir = (int)HexDirectionExtensions.Opposite((HexDirection)(directionIndex % 6));
MoveTo(oppositeDir, -1, tag);
}
if (gotCard)
{
gotCard = false;
return("got card");
}
}
//MainControl mainControl = FindObjectOfType<MainControl>();
return("");
}
public void AddExternalAction(ActionInformation.AgentState state, int dir)
{
switch (mv.controlType)
{
case MovementType.ControlType.DiscreteQueued:
break;
case MovementType.ControlType.Discrete:
break;
case MovementType.ControlType.HexQueued:
hexQueuedMovement.AddExternalAction(state, dir);
break;
case MovementType.ControlType.HexToHex:
hexhexControl.AddExternalAction(state, dir);
break;
case MovementType.ControlType.TurnBased:
turnControl.AddExternalAction(state, dir);
break;
case MovementType.ControlType.Simulated:
simulatedControl.DoAction(state, dir);
break;
case MovementType.ControlType.Replay:
replayControl.AddExternalAction(state, dir);
break;
}
}
//note - not doing the continuous one - highly likely not going to be using that
public string AddAction(ActionInformation.AgentState state, int dir)
{
string ret = "";
switch (mv.controlType)
{
case MovementType.ControlType.DiscreteQueued:
disQueuedMovement.AddAction(state, dir);
break;
case MovementType.ControlType.Discrete:
discreteMovement.AddAction(state, dir);
break;
case MovementType.ControlType.HexQueued:
hexQueuedMovement.AddAction(state, dir);
break;
case MovementType.ControlType.HexToHex:
hexhexControl.AddAction(state, dir);
break;
case MovementType.ControlType.TurnBased:
turnControl.AddAction(state, dir);
break;
case MovementType.ControlType.Simulated:
ret = simulatedControl.DoAction(state, dir);
break;
}
return(ret);
}
public void AddExternalAction(ActionInformation.AgentState state, int dir)
{
var externalAction = new AgentAction();
externalAction.agentState = state;
externalAction.direction = dir;
externalActionsQ.Enqueue(externalAction);
}
public override void AddAction(ActionInformation.AgentState state, int dir)
{
if (!timeKeeper.isPaused && !isMoving)
{
if (state == AgentState.Turning && dir == 1)
{
SetRotate(1, tag);
}
else if (state == AgentState.Turning && dir == -1)
{
SetRotate(-1, tag);
}
else if (state == AgentState.Walking && dir == 1)
{
SetMoveTo(directionIndex % 6, 1, tag);
}
else if (state == AgentState.Walking && dir == -1)
{
var oppositeDir = (int)HexDirectionExtensions.Opposite((HexDirection)(directionIndex % 6));
SetMoveTo(oppositeDir, -1, tag);
}
}
}