public static void AssignTargetLockToPair(GenericShip thisShip, GenericShip targetShip, Action successCallback, Action failureCallback)
{
if (Letters.Count == 0)
{
InitializeTargetLockLetters();
}
ShipDistanceInformation distanceInfo = new ShipDistanceInformation(thisShip, targetShip);
if (distanceInfo.Range >= thisShip.TargetLockMinRange && distanceInfo.Range <= thisShip.TargetLockMaxRange)
{
GenericToken existingBlueToken = thisShip.Tokens.GetToken(typeof(BlueTargetLockToken), '*');
if (existingBlueToken != null)
{
thisShip.Tokens.RemoveToken(
existingBlueToken,
delegate { FinishAssignTargetLockPair(thisShip, targetShip, successCallback); }
);
}
else
{
FinishAssignTargetLockPair(thisShip, targetShip, successCallback);
}
}
else
{
Messages.ShowErrorToHuman("Target is out of range of Target Lock");
failureCallback();
}
}
public static bool AssignTargetLockToPair(Ship.GenericShip thisShip, Ship.GenericShip targetShip)
{
bool result = false;
if (Letters.Count == 0)
{
InitializeTargetLockLetters();
}
ShipDistanceInformation distanceInfo = new ShipDistanceInformation(thisShip, targetShip);
if (distanceInfo.Range < 4)
{
Tokens.GenericToken existingBlueToken = thisShip.GetToken(typeof(Tokens.BlueTargetLockToken), '*');
if (existingBlueToken != null)
{
if ((existingBlueToken as Tokens.BlueTargetLockToken).LockedShip != null)
{
(existingBlueToken as Tokens.BlueTargetLockToken).LockedShip.RemoveToken(typeof(Tokens.RedTargetLockToken), (existingBlueToken as Tokens.BlueTargetLockToken).Letter);
}
thisShip.RemoveToken(typeof(Tokens.BlueTargetLockToken), (existingBlueToken as Tokens.BlueTargetLockToken).Letter);
}
Tokens.BlueTargetLockToken tokenBlue = new Tokens.BlueTargetLockToken();
Tokens.RedTargetLockToken tokenRed = new Tokens.RedTargetLockToken();
char letter = GetFreeTargetLockLetter();
tokenBlue.Letter = letter;
tokenBlue.LockedShip = targetShip;
tokenRed.Letter = letter;
TakeTargetLockLetter(letter);
Selection.ThisShip.AssignToken(tokenBlue);
targetShip.AssignToken(tokenRed);
result = true;
}
else
{
Messages.ShowErrorToHuman("Target is out of range of Target Lock");
}
return(result);
}
public static int GetRangeAndShow(GenericShip thisShip, GenericShip anotherShip)
{
ShipDistanceInformation distanceInfo = new ShipDistanceInformation(thisShip, anotherShip);
MovementTemplates.ShowRangeRuler(distanceInfo);
int range = distanceInfo.Range;
if (range < 4)
{
Messages.ShowInfo("Range " + range);
}
else
{
Messages.ShowError("Out of range");
}
return(distanceInfo.Range);
}
public static void AssignTargetLockToPair(Ship.GenericShip thisShip, Ship.GenericShip targetShip, Action successCallback, Action failureCallback)
{
if (Letters.Count == 0)
{
InitializeTargetLockLetters();
}
ShipDistanceInformation distanceInfo = new ShipDistanceInformation(thisShip, targetShip);
if (distanceInfo.Range >= thisShip.TargetLockMinRange && distanceInfo.Range <= thisShip.TargetLockMaxRange)
{
Tokens.GenericToken existingBlueToken = thisShip.GetToken(typeof(Tokens.BlueTargetLockToken), '*');
if (existingBlueToken != null)
{
thisShip.RemoveToken(typeof(Tokens.BlueTargetLockToken), (existingBlueToken as Tokens.BlueTargetLockToken).Letter);
}
Tokens.BlueTargetLockToken tokenBlue = new Tokens.BlueTargetLockToken();
Tokens.RedTargetLockToken tokenRed = new Tokens.RedTargetLockToken();
char letter = GetFreeTargetLockLetter();
tokenBlue.Letter = letter;
tokenBlue.OtherTokenOwner = targetShip;
tokenRed.Letter = letter;
tokenRed.OtherTokenOwner = Selection.ThisShip;
TakeTargetLockLetter(letter);
targetShip.AssignToken(
tokenRed,
delegate {
thisShip.AssignToken(tokenBlue, successCallback);
});
}
else
{
Messages.ShowErrorToHuman("Target is out of range of Target Lock");
failureCallback();
}
}
public static bool IsClosing(GenericShip thisShip, GenericShip anotherShip)
{
bool result = false;
ShipDistanceInformation distanceInfo = new ShipDistanceInformation(thisShip, anotherShip);
int range = distanceInfo.Range;
if (range <= 1)
{
return(true);
}
if (range >= 3)
{
return(false);
}
float distanceToFront = Vector3.Distance(thisShip.GetPosition(), anotherShip.ShipBase.GetCentralFrontPoint());
float distanceToBack = Vector3.Distance(thisShip.GetPosition(), anotherShip.ShipBase.GetCentralBackPoint());
result = (distanceToFront < distanceToBack) ? true : false;
return(result);
}
private void DeathTroopersEffect()
{
// If the defender is another friendly ship
if (Combat.Defender.Owner.Id == HostShip.Owner.Id && Combat.Defender.ShipId != HostShip.ShipId)
{
// ...and it's at range 1 of me
var distanceToDefender = new ShipDistanceInformation(HostShip, Combat.Defender);
if (distanceToDefender.Range <= 1)
{
// ...and I am in arc, at range 1-3
var attackInfo = new ShipShotDistanceInformation(Combat.Attacker, HostShip, Combat.ChosenWeapon);
if (attackInfo.InArc && attackInfo.Range <= 3)
{
// ...assign a stress token to the attacker
RegisterAbilityTrigger(TriggerTypes.OnAttackStart, (s, e) =>
{
Messages.ShowInfo(string.Format("{0}'s Death Troopers assign stress to {1}!", HostShip.PilotName, Combat.Attacker.PilotName));
Sounds.PlayShipSound("DeathTrooper");
Combat.Attacker.Tokens.AssignToken(new Tokens.StressToken(Combat.Attacker), Triggers.FinishTrigger);
});
}
}
}
}
public static void ShowRangeRuler(ShipDistanceInformation shipDistanceInfo)
{
Templates.Find("RangeRuler").position = shipDistanceInfo.MinDistance.Point1;
Templates.Find("RangeRuler").LookAt(shipDistanceInfo.MinDistance.Point2);
}
public static void ShowRangeRuler(ShipDistanceInformation shipDistanceInfo)
{
Templates.Find("RangeRuler").position = shipDistanceInfo.ThisShipNearestPoint;
Templates.Find("RangeRuler").rotation = Quaternion.LookRotation(shipDistanceInfo.Vector);
}
