private void CycleReticleState()
{
switch (ShowReticles)
{
case ReticleState.NONE:
ShowReticles = ReticleState.ALL;
_tags = new List <string>();
_tags.AddRange(MainTags);
_tags.AddRange(SecondaryTags);
_detector = new ChildTagTargetDetector
{
Tags = _tags
};
break;
case ReticleState.ALL:
ShowReticles = ReticleState.MAIN;
_tags = MainTags;
_detector = new ChildTagTargetDetector
{
Tags = _tags
};
break;
case ReticleState.MAIN:
ShowReticles = ReticleState.NONE;
break;
}
Debug.Log(ShowReticles);
}
private void CycleReticleState()
{
switch (ShowReticles)
{
case ReticleState.NONE:
ShowReticles = ReticleState.ALL;
_detector = new ChildTagTargetDetector
{
Tags = Tags
};
break;
case ReticleState.ALL:
ShowReticles = ReticleState.MAIN;
_detector = new ChildTagTargetDetector
{
Tags = Tags
};
break;
case ReticleState.MAIN:
ShowReticles = ReticleState.NONE;
break;
}
Debug.Log(ShowReticles);
}
public SpaceshipRunner(ITargetDetector detector, ITargetPicker picker, IPilot pilot, IKnowsCurrentTarget knower)
{
_detector = detector;
_picker = picker;
_pilot = pilot;
_knower = knower;
}
public TurretRunner(ITargetDetector targetDetector, ITargetPicker targetPicker, ITurretTurner turretTurner, IFireControl fireControl, IKnowsCurrentTarget knower)
{
_targetDetector = targetDetector;
_targetPicker = targetPicker;
_turretTurner = turretTurner;
_fireControl = fireControl;
_knower = knower;
}
public RocketRunner(ITargetDetector targetDetector, ITargetPicker targetPicker, IPilot engineControl, IDetonator detonator, IKnowsCurrentTarget knower)
{
_targetDetector = targetDetector;
_targetPicker = targetPicker;
_pilot = engineControl;
_detonator = detonator;
_knower = knower;
}
void Start()
{
_detector = new ChildTagTargetDetector
{
Tags = Tags
};
_shipCam = GetComponent <ShipCam>();
}
// Use this for initialization
void Start()
{
var rigidbody = GetComponent <Rigidbody>();
var emitterCount = EmitterParent.childCount;
_emitters = new List <Transform>();
for (int i = 0; i < emitterCount; i++)
{
_emitters.Add(EmitterParent.GetChild(i));
}
_reload = LoadTime;
_detector = new MultiTagTargetDetector()
{
ProjectileSpeed = ProjectileSpeed,
EnemyTags = EnemyTags
};
var pickers = new List <ITargetPicker>
{
new AboveTurnTableTargetPicker(rigidbody),
new ProximityTargetPicker(rigidbody)
{
DistanceMultiplier = PickerDistanceMultiplier,
InRangeBonus = PickerInRangeBonus,
Range = PickerRange
},
new LookingAtTargetPicker(ElevationHub)
{
ProjectileSpeed = ProjectileSpeed,
Multiplier = PickerAimedAtMultiplier
},
new ApproachingTargetPicker(rigidbody, PickerApproachWeighting)
};
if (PickerMinimumMass > 0 || PickerMasMultiplier != 0)
{
pickers.Add(new MassTargetPicker
{
MinMass = PickerMinimumMass,
MassMultiplier = PickerMasMultiplier,
OverMinMassBonus = PickerOverMinMassBonus
});
}
_targetPicker = new CombinedTargetPicker(pickers);
_turner = new UnityTurretTurner(rigidbody, TurnTable, ElevationHub, RestTarget, ProjectileSpeed);
_fireControl = new UnityFireControl(this, ElevationHub.transform, ShootAngle);
_runner = new TurretRunner(_detector, _targetPicker, _turner, _fireControl, this)
{
name = transform.name
};
}
// Use this for initialization
void Start()
{
_rigidbody = GetComponent("Rigidbody") as Rigidbody;
_detector = new ChildTagTargetDetector
{
Tags = _tags
};
_tagPicker = new HasTagTargetPicker(null);
_currentlyFollowingPicker = new PreviousTargetPicker(this)
{
AdditionalScore = AdditionalScoreForSameTagOrCurrentlyFllowed
};
var watchPickers = new List <ITargetPicker>
{
_tagPicker,
_currentlyFollowingPicker,
new ProximityTargetPicker(transform)
};
if (_rigidbody != null)
{
watchPickers.Add(new LookingAtTargetPicker(_rigidbody));
}
if (MinimumMass > 0)
{
watchPickers.Add(new MassTargetPicker {
MinMass = MinimumMass
});
}
_watchPicker = new CombinedTargetPicker(watchPickers);
var followPickers = new List <ITargetPicker>
{
new ProximityTargetPicker(transform)
};
if (_rigidbody != null)
{
followPickers.Add(new ApproachingTargetPicker(_rigidbody, ApproachTargetPickerWeighting));
}
if (MinimumMass > 0)
{
followPickers.Add(new MassTargetPicker
{
MinMass = MinimumMass
});
}
_followPicker = new CombinedTargetPicker(followPickers);
}
// Use this for initialization
void Start()
{
_reload = (int)(UnityEngine.Random.value * RandomStartTime) + MinStartTime;
Emitter = Emitter ?? transform;
if (OnlyWithTargets)
{
_detector = new MultiTagTargetDetector()
{
EnemyTags = EnemyTags
};
}
_spawner = GetComponent("Rigidbody") as Rigidbody;
}
private static void Logic()
{
for (int i = 0; i < entities.Count; i++)
{
//entities[i].LogicUpdate();
ITargetDetector targetDetector = entities[i].GetComponent <ITargetDetector>();
if (targetDetector != null)
{
if (targetDetector.Target == Object.NoId)
{
targetDetector.GetTarget();
}
}
}
}
private static void Physics()
{
for (int i = 0; i < entities.Count; i++)
{
//entities[i].PhysicsUpdate();
IMoveComponent mover = entities[i].GetComponent <IMoveComponent>();
if (mover != null)
{
ITargetDetector targetDetector = entities[i].GetComponent <ITargetDetector>();
if (targetDetector.Target == Object.NoId)
{
continue;
}
IEntity target = (IEntity)Object.GetById(targetDetector.Target);
mover.MoveTowards(target.PositionX, target.PositionY);
}
}
// TODO: Resolve physics.
}
// Use this for initialization
void Start()
{
if (TargetPicker == null)
{
Debug.LogError(name + " Has no target picker");
_active = false;
return;
}
if (Detector == null)
{
EnemyTagKnower = EnemyTagKnower ?? GetComponentInParent <IKnowsEnemyTags>();
if (EnemyTagKnower == null)
{
Debug.LogWarning(name + " Could not find enemy tag source for target picker while configuring the detector.");
}
else
{
Detector = new RepositoryTargetDetector(EnemyTagKnower);
}
}
FilteredTargets = new List <Target>();//ensure that this isn't null.
}
private static void Combat()
{
List <AttackCommand> attacks = new List <AttackCommand>();
for (int i = 0; i < entities.Count; i++)
{
//entities[i].CombatUpdate();
ITargetDetector targetDetector = entities[i].GetComponent <ITargetDetector>();
if (targetDetector != null)
{
if (targetDetector.IsInRange())
{
var hits = entities[i].GetComponent <IAttackComponent>().Attack();
if (hits != null)
{
attacks.AddRange(hits);
}
}
}
}
// TODO: Resolve combat.
foreach (var attack in attacks)
{
attack.Execute();
}
foreach (var entity in entities)
{
IHealth health = entity.GetComponent <IHealth>();
if (health.Health <= 0)
{
entity.Destroy();
}
}
}
public AverageTargetLocationDestinationChooser(ITargetDetector detector, ITargetPicker picker, Rigidbody destination)
{
_detector = detector;
_destination = destination;
_picker = picker;
}
// Use this for initialization
void Start()
{
_rigidbody = GetComponent <Rigidbody>();
_detector = new MultiTagTargetDetector()
{
EnemyTags = EnemyTags
};
var pickers = new List <ITargetPicker>
{
new ProximityTargetPicker(_rigidbody)
{
DistanceMultiplier = PickerDistanceMultiplier,
InRangeBonus = PickerInRangeBonus,
Range = PickerRange
},
new LookingAtTargetPicker(_rigidbody)
{
Multiplier = PickerAimedAtMultiplier
},
new ApproachingTargetPicker(_rigidbody, PickerApproachWeighting)
};
if (MinimumMass > 0 || PickerMasMultiplier != 0)
{
pickers.Add(new MassTargetPicker
{
MinMass = MinimumMass,
MassMultiplier = PickerMasMultiplier,
OverMinMassBonus = PickerOverMinMassBonus
});
}
_targetPicker = new CombinedTargetPicker(pickers);
var initialAngularDrag = _rigidbody.angularDrag;
var torqueApplier = new MultiTorquerTorqueAplier(_rigidbody, TorqueMultiplier, initialAngularDrag);
_pilot = new RocketPilot(torqueApplier, _rigidbody, Engines, ShootAngle, StartDelay)
{
LocationAimWeighting = LocationAimWeighting,
TurningStartDelay = TurningStartDelay,
VectorArrow = VectorArrow
};
var exploder = new ShrapnelAndDamageExploder(_rigidbody, Shrapnel, ExplosionEffect, ShrapnelCount)
{
ExplosionForce = ExplosionForce,
EnemyTags = EnemyTags,
TagShrapnel = TagShrapnel,
SetEnemyTagOnShrapnel = SetEnemyTagOnShrapnel,
ExplosionBaseDamage = ExplosionDamage,
ShrapnelSpeed = ShrapnelSpeed,
ExplosionRadius = ExplosionRadius
};
_detonator = new ProximityApproachDetonator(exploder, _rigidbody, TimeToTargetForDetonation, ShrapnelSpeed);
_runner = new RocketRunner(_detector, _targetPicker, _pilot, _detonator, this)
{
name = transform.name
};
//Debug.Log("starting");
}
// Use this for initialization
void Start()
{
var rigidbody = GetComponent <Rigidbody>();
var emitterCount = BeamsParent.childCount;
_beams = new List <Beam>();
for (int i = 0; i < emitterCount; i++)
{
var beam = BeamsParent.GetChild(i);
beam.localScale = Vector3.zero;
beam.SetColor(BeamColour);
_beams.Add(new Beam(beam, ShootTime, LoadTime)
{
BeamForce = BeamForce,
HitEffect = HitEffect,
BeamDamage = BeamDamage,
FriendlyTag = tag,
InitialRadius = InitialRadius,
Divergence = Divergence
});
}
_detector = new MultiTagTargetDetector()
{
ProjectileSpeed = 0,
EnemyTags = EnemyTags
};
var pickers = new List <ITargetPicker>
{
new AboveTurnTableTargetPicker(rigidbody),
new ProximityTargetPicker(rigidbody)
{
DistanceMultiplier = PickerDistanceMultiplier,
InRangeBonus = PickerInRangeBonus,
Range = PickerRange
},
new LookingAtTargetPicker(ElevationHub)
{
Multiplier = PickerAimedAtMultiplier
},
new ApproachingTargetPicker(rigidbody, PickerApproachWeighting)
};
if (PickerMinimumMass > 0 || PickerMasMultiplier != 0)
{
pickers.Add(new MassTargetPicker
{
MinMass = PickerMinimumMass,
MassMultiplier = PickerMasMultiplier,
OverMinMassBonus = PickerOverMinMassBonus
});
}
_targetPicker = new CombinedTargetPicker(pickers);
_turner = new UnityTurretTurner(rigidbody, TurnTable, ElevationHub, RestTarget, null);
_fireControl = new UnityFireControl(this, ElevationHub.transform, ShootAngle);
_runner = new TurretRunner(_detector, _targetPicker, _turner, _fireControl, this)
{
name = transform.name
};
}
