protected override void CalculateFields()
{
float PRECISION = 0.000008f;
Distance = float.MaxValue;
Vector3 vectorFacing = ThisShip.GetFrontFacing();
InArc = false;
parallelPointsList = new List <List <Vector3> >();
foreach (var objThis in ThisShip.GetStandFrontPoins())
{
foreach (var objAnother in AnotherShip.GetStandPoints())
{
Vector3 vectorToTarget = objAnother.Value - objThis.Value;
float angle = Mathf.Abs(Vector3.Angle(vectorToTarget, vectorFacing));
if (angle <= 40f)
{
InArc = true;
float distance = Vector3.Distance(objThis.Value, objAnother.Value);
if (distance < Distance - PRECISION)
{
parallelPointsList = new List <List <Vector3> >();
Distance = distance;
ThisShipNearestPoint = objThis.Value;
AnotherShipNearestPoint = objAnother.Value;
parallelPointsList.Add(new List <Vector3>()
{
objThis.Value, objAnother.Value
});
}
else if (Mathf.Abs(Distance - distance) < PRECISION)
{
parallelPointsList.Add(new List <Vector3>()
{
objThis.Value, objAnother.Value
});
}
}
}
}
}
protected override void CalculateFields()
{
float PRECISION = 0.000008f;
Distance = float.MaxValue;
Vector3 vectorFacing = ThisShip.GetFrontFacing();
InArc = false;
parallelPointsList = new List <List <Vector3> >();
// TODO: another types of primaty arcs
Dictionary <string, Vector3> shootingPoints = (ThisShip.GetAllWeapons().Count(n => n.CanShootOutsideArc) == 0) ? ThisShip.ArcInfo.GetArcsPoints() : ThisShip.ShipBase.GetStandPoints();
// TODO: change to use geometry instead of dots
float distance = float.MaxValue;
foreach (var pointThis in shootingPoints)
{
foreach (var pointAnother in AnotherShip.ShipBase.GetStandPoints())
{
// TODO: check this part
Vector3 vectorToTarget = pointAnother.Value - pointThis.Value;
float angle = Vector3.SignedAngle(vectorToTarget, vectorFacing, Vector3.up);
// TODO: Different checks for primary arc and 360 arc
if (ChosenWeapon.CanShootOutsideArc || ChosenWeapon.Host.ArcInfo.InAttackAngle(pointThis.Key, angle))
{
InShotAngle = true;
if (ChosenWeapon.Host.ArcInfo.InArc(pointThis.Key, angle))
{
InArc = true;
}
if (ChosenWeapon.Host.ArcInfo.InPrimaryArc(pointThis.Key, angle))
{
InPrimaryArc = true;
}
if (ChosenWeapon.Host.ArcInfo.InBullseyeArc(pointThis.Key, angle))
{
InBullseyeArc = true;
}
if (ChosenWeapon.Host.ArcInfo.InMobileArc(pointThis.Key, angle))
{
InMobileArc = true;
}
if (ChosenWeapon.Host.ArcInfo.InRearAuxArc(pointThis.Key, angle))
{
InRearAuxArc = true;
}
if (ChosenWeapon.Host.ArcInfo.CanShootPrimaryWeapon(pointThis.Key, angle))
{
CanShootPrimaryWeapon = true;
}
if (ChosenWeapon.Host.ArcInfo.CanShootTorpedoes(pointThis.Key, angle))
{
CanShootTorpedoes = true;
}
if (ChosenWeapon.Host.ArcInfo.CanShootMissiles(pointThis.Key, angle))
{
CanShootMissiles = true;
}
if (ChosenWeapon.Host.ArcInfo.CanShootCannon(pointThis.Key, angle))
{
CanShootCannon = true;
}
if (ChosenWeapon.Host.ArcInfo.CanShootTurret(pointThis.Key, angle))
{
CanShootTurret = true;
}
distance = Vector3.Distance(pointThis.Value, pointAnother.Value);
if (distance < Distance - PRECISION)
{
parallelPointsList = new List <List <Vector3> >();
Distance = distance;
ThisShipNearestPoint = pointThis.Value;
AnotherShipNearestPoint = pointAnother.Value;
parallelPointsList.Add(new List <Vector3>()
{
pointThis.Value, pointAnother.Value
});
}
else if (Mathf.Abs(Distance - distance) < PRECISION)
{
parallelPointsList.Add(new List <Vector3>()
{
pointThis.Value, pointAnother.Value
});
}
}
}
}
}
protected virtual void CalculateFields()
{
CalculateFieldUsingPoints(ThisShip.GetStandPoints(), AnotherShip.GetStandPoints());
}
protected override void CalculateFields()
{
CalculateFieldUsingPoints(ThisShip.GetStandFrontEdgePoins(), AnotherShip.GetStandPoints());
}
protected override void CalculateFields()
{
float PRECISION = 0.000008f;
Distance = float.MaxValue;
Vector3 vectorFacing = ThisShip.GetFrontFacing();
InArc = false;
parallelPointsList = new List <List <Vector3> >();
// TODO: another types of primaty arcs
Dictionary <string, Vector3> shootingPoints = (!ChosenWeapon.CanShootOutsideArc) ? ThisShip.GetStandFrontPoints() : ThisShip.GetStandPoints();
// TODO: change to use geometry insted of dots
foreach (var objThis in shootingPoints)
{
foreach (var objAnother in AnotherShip.GetStandPoints())
{
// TODO: check this part
Vector3 vectorToTarget = objAnother.Value - objThis.Value;
float angle = Mathf.Abs(Vector3.SignedAngle(vectorToTarget, vectorFacing, Vector3.up));
if (ChosenWeapon.CanShootOutsideArc || ChosenWeapon.Host.ArcInfo.InAttackAngle(angle))
{
InShotAngle = true;
if (ChosenWeapon.Host.ArcInfo.InArc(angle))
{
InArc = true;
}
if (ChosenWeapon.Host.ArcInfo.InPrimaryArc(angle))
{
InPrimaryArc = true;
}
float distance = Vector3.Distance(objThis.Value, objAnother.Value);
if (distance < Distance - PRECISION)
{
parallelPointsList = new List <List <Vector3> >();
Distance = distance;
ThisShipNearestPoint = objThis.Value;
AnotherShipNearestPoint = objAnother.Value;
parallelPointsList.Add(new List <Vector3>()
{
objThis.Value, objAnother.Value
});
}
else if (Mathf.Abs(Distance - distance) < PRECISION)
{
parallelPointsList.Add(new List <Vector3>()
{
objThis.Value, objAnother.Value
});
}
}
}
}
if (DebugManager.DebugArcsAndDistance)
{
Debug.Log("InShotAngle: " + InShotAngle);
Debug.Log("InArc: " + InArc);
Debug.Log("InPrimaryArc: " + InPrimaryArc);
Debug.Log("Range: " + Range);
}
}
