void ActionSend(string action)
{
if (acting)
{
CancelAction();
}
unit = turnOrder.currentOrder[0].GetComponent <UnitInfo>();
UnitInfo.Action thisAct = actDesc.actions[action];
if (unit.currMP < thisAct.cost)
{
return;
}
currAct = thisAct;
int range = thisAct.range;
int mp = thisAct.cost;
if (thisAct.shape == "blast" && unit.status.ContainsKey("widen"))
{
mp *= 2;
}
string desc = thisAct.desc + "\n\rMP Cost: " + mp;
descBox.text = desc;
List <string> cond = new List <string>();
cond.Add("noTerrain");
cond.Add("noElevation");
cond.Add("enemy");
cond.Add("player");
List <UnitInfo> targets = moveCalc.SingleTargetFinder(unit, range, unit.currentTile, thisAct.target);
foreach (UnitInfo target in targets)
{
target.transform.Find("Pointer").gameObject.SetActive(true);
}
possTargets = targets;
unitTarget = true;
if (!(thisAct.shape == "single" || thisAct.shape == "double"))
{
moveCalc.MoveFinder(range, unit.currentTile, cond);
unitTarget = false;
}
if (thisAct.target == "self")
{
possTargets.Add(unit);
}
acting = true;
}
public IEnumerator TakeAction(UnitInfo unit)
{
bool actionTaken = false;
//if (unit.faction == "enemy")
//{
string actionName = "";
List <string> actionNames = unit.actionNames;
for (int i = 0; i < unit.actionNames.Count; i++)
{
actionName = actionNames[0];
UnitInfo.Action thisAction = actDesc.actions[actionName];
if (thisAction.target == "self")
{
MoveClosestEnemy(unit);
yield return(new WaitForSeconds(2.0f));
List <UnitInfo> self = new List <UnitInfo>();
self.Add(unit);
List <GameObject> selfTile = new List <GameObject>();
selfTile.Add(unit.currentTile);
yield return(actHand.ActionInterpreter(unit, actionNames[0], self, selfTile));
turnHistory.AddMessage(unit.name + " used " + actionName);
actionTaken = true;
break;
}
if (thisAction.target == "enemy")
{
if (CanReach(unit, thisAction.range, thisAction.rad, "enemy"))
{
List <UnitInfo> targ = new List <UnitInfo>();
targ.Add(targetUnit);
List <GameObject> tile = new List <GameObject>();
tile.Add(targetUnit.currentTile);
cubeClick.MoveToTile(moveTile, unit.gameObject);
yield return(new WaitForSeconds(2.0f));
turnHistory.AddMessage(unit.name + " used " + actionName + " on " + targetUnit.name);
yield return(actHand.ActionInterpreter(unit, actionName, targ, tile));
actionTaken = true;
break;
}
}
if (thisAction.target == "ally")
{
if (CanReach(unit, thisAction.range, thisAction.rad, "ally"))
{
List <UnitInfo> targ = new List <UnitInfo>();
targ.Add(targetUnit);
List <GameObject> tile = new List <GameObject>();
tile.Add(targetUnit.currentTile);
cubeClick.MoveToTile(moveTile, unit.gameObject);
yield return(new WaitForSeconds(2.0f));
yield return(actHand.ActionInterpreter(unit, actionName, targ, tile));
actionTaken = true;
break;
}
}
else
{
if (CanReach(unit, thisAction.range, thisAction.rad, thisAction.target))
{
List <GameObject> tile = listTiles;
foreach (UnitInfo targ in allTargets)
{
turnHistory.AddMessage(unit.name + " uses " + thisAction.name + " on " + targ.name);
tile.Add(targ.currentTile);
}
cubeClick.MoveToTile(moveTile, unit.gameObject);
yield return(new WaitForSeconds(2.0f));
yield return(actHand.ActionInterpreter(unit, actionName, allTargets, tile));
actionTaken = true;
break;
}
}
actionNames.Remove(actionName);
actionNames.Add(actionName);
}
if (actionTaken == true)
{
actionNames.Remove(actionName);
actionNames.Add(actionName);
unit.actionNames = actionNames;
}
else
{
turnHistory.AddMessage(unit.name + " moves");
MoveClosestEnemy(unit);
yield return(new WaitForSeconds(2.0f));
}
// }
}
