private List <AIDecisionCA> PrepareToDefense(int lineIndex)
{
var balance = _goldController.GetBalance();
var units = GetAvailableUnits(balance);
List <AIDecisionCA> decisions = new List <AIDecisionCA>();
if (units.Count == 0)
{
//Debug.Log("No defense units available");
}
//int maxSpawn = 2;
List <UnitTransferObject> spawnedUnits = new List <UnitTransferObject>();
var baseRatio = GetNewLineRatio(lineIndex, spawnedUnits);
var ratio = 1000f;
while (units.Count > 0 && (ratio - baseRatio) > DEF_OVERSPAWN)
{
AIDecisionCA decision = new AIDecisionCA(units[0]._unitType, lineIndex, false);
spawnedUnits.Add(units[0]);
decisions.Add(decision);
balance -= (int)units[0]._cost;
ratio = GetNewLineRatio(lineIndex, spawnedUnits);
units = GetAvailableUnits(balance);
}
return(decisions);
}
private List <AIDecisionCA> PrepareToAttack(int lineIndex)
{
var balance = _goldController.GetBalance();
var units = GetAvailableUnits(balance);
List <AIDecisionCA> decisions = new List <AIDecisionCA>();
if (units.Count == 0)
{
//Debug.Log("No attack units available");
}
List <UnitTransferObject> spawnedUnits = new List <UnitTransferObject>();
var baseRatio = GetNewLineRatio(lineIndex, spawnedUnits);
var ratio = 1000f;
while (units.Count > 0 && (ratio / baseRatio) < ATCK_OVERSPAWN || _firstRound)
{
AIDecisionCA decision = new AIDecisionCA(units[0]._unitType, lineIndex, false);
spawnedUnits.Add(units[0]);
decisions.Add(decision);
balance -= (int)units[0]._cost;
ratio = GetNewLineRatio(lineIndex, spawnedUnits);
units = GetAvailableUnits(balance);
_firstRound = false;
}
return(decisions);
}
