public string GetOnTryToAttackMessage(bool isFriendly, MeleUnitBlockingCondition meleUnitBlockingCondition = MeleUnitBlockingCondition.None)
{
if (isFriendly)
{
return(onTryToAttackFriendlyMessage);
}
else
{
switch (meleUnitBlockingCondition)
{
case MeleUnitBlockingCondition.None:
return(onTryToAttackNonBlockedEnemyMessage);
case MeleUnitBlockingCondition.AttackerIsBlockedByFriendlyFrontRowUnits:
return(onTryToAttackEnemyIfMeleAttackerIsBlockedByFriendlyFrontRowUnitsMessage);
case MeleUnitBlockingCondition.TargetUnitIsProtectedByFriendlyUnitsInFrontRow:
return(onTryToAttackEnemyIfMeleAttackerAndTargetIsProtectedByFriendlyUnitsInFrontRowMessage);
case MeleUnitBlockingCondition.TargetUnitIsProtectedByUnitAbove:
return(onTryToAttackEnemyIfMeleAttackerAndTargetIsProtectedByUnitAboveMessage);
case MeleUnitBlockingCondition.TargetUnitIsProtectedByUnitBelow:
return(onTryToAttackEnemyIfMeleAttackerAndTargetIsProtectedByUnitBelowMessage);
default:
Debug.LogError("Unknown MeleUnitBlockingCondition: " + meleUnitBlockingCondition);
return(onTryToAttackNonBlockedEnemyMessage);
}
}
}
public bool GetCanBeAttacked(bool isFriendly, MeleUnitBlockingCondition meleUnitBlockingCondition = MeleUnitBlockingCondition.None)
{
if (isFriendly)
{
return(canBeAttackedIfFriendly);
}
else
{
// verify if there is no blocking condition
if (MeleUnitBlockingCondition.None == meleUnitBlockingCondition)
{
return(canBeAttackedIfEnemyAndNotBlocked);
}
else
{
return(canBeAttackedIfEnemyAndBlocked);
}
}
}
ValidationResult DoDiscardModifierInContextOf(System.Object srcContext, System.Object dstContext)
{
// verify if source or destination context do not match requirements of this limiter
if (!DoesContextMatch(srcContext, dstContext))
{
// context is not in scope of this limiter
// don't limit
return(ValidationResult.Pass());
}
// get and cache mele unit blocking condition
MeleUnitBlockingCondition meleUnitBlockingCondition = GetMeleUnitBlockingCondition(srcContext, dstContext);
// verify if mele blocking condition has been triggered
if (MeleUnitBlockingCondition.None == meleUnitBlockingCondition)
{
// destination cell can be reached - dont' limit modifier
return(ValidationResult.Pass());
}
// Default: destination cell is not reachable - discard modifier
return(ValidationResult.Discard(GetOnLimitMessage(meleUnitBlockingCondition)));
}
