public Beam(Vector2 srcCenter, int Thickness, Ship Owner, GameplayObject target)
{
this.Target = target;
this.owner = Owner;
Vector2 TargetPosition = Vector2.Normalize(target.Center);
if (Owner.InFrustum)
{
this.DamageToggleSound = AudioManager.GetCue("sd_shield_static_1");
}
if (this.owner.isInDeepSpace || this.owner.GetSystem() == null)
{
UniverseScreen.DeepSpaceManager.BeamList.Add(this);
}
else
{
this.system = this.owner.GetSystem();
this.system.spatialManager.BeamList.Add(this);
}
this.Source = srcCenter;
this.BeamOffsetAngle = Owner.Rotation - MathHelper.ToRadians(HelperFunctions.findAngleToTarget(srcCenter, TargetPosition));
this.Destination = HelperFunctions.findPointFromAngleAndDistanceUsingRadians(srcCenter, Owner.Rotation + this.BeamOffsetAngle, this.range);
this.ActualHitDestination = this.Destination;
this.Vertices = new VertexPositionNormalTexture[4];
this.Indexes = new int[6];
this.BeamZ = RandomMath2.RandomBetween(-1f, 1f);
Vector3[] points = HelperFunctions.BeamPoints(srcCenter, TargetPosition, (float)Thickness, new Vector2[4], 0, this.BeamZ);
this.UpperLeft = points[0];
this.UpperRight = points[1];
this.LowerLeft = points[2];
this.LowerRight = points[3];
this.FillVertices();
}
public SpaceJunk(Vector2 Position, GameplayObject source)
{
this.Position.X = RandomMath2.RandomBetween(Position.X - 20f, Position.X + 20f);
this.Position.Y = RandomMath2.RandomBetween(Position.Y - 20f, Position.Y + 20f);
this.Position.Z = RandomMath2.RandomBetween(-20f, 20f);
this.initialVel = source.Velocity;
}
public void SetTarget(GameplayObject target)
{
if (target == null)
return;
this.TargetSet = true;
this.Target = target;
}
public void ChooseTarget()
{
this.Target = null;
//List<GameplayObject> nearby = UniverseScreen.ShipSpatialManager.GetNearby(this.Owner);
//List<GameplayObject> nearby = this.Owner.owner.GetAI().FriendliesNearby;
List<Ship> Potentials = new List<Ship>();
//foreach (GameplayObject go in nearby)
foreach (Ship go in this.Owner.owner.GetAI().FriendliesNearby)
{
bool isShip = go is Ship;
Ship goShip = go as Ship;
if (!isShip || goShip.loyalty != this.Owner.loyalty || goShip.Health >= goShip.HealthMax)
{
continue;
}
Potentials.Add(goShip);
}
IOrderedEnumerable<Ship> sortedList =
from ship in Potentials
orderby ship.Health / ship.HealthMax
select ship;
for (int i = 0; i < sortedList.Count<Ship>(); i++)
{
if (Vector2.Distance(sortedList.ElementAt<Ship>(i).Center, this.Owner.Position) < 20000f && sortedList.ElementAt<Ship>(i).Active && sortedList.ElementAt<Ship>(i).Health > 0f)
{
this.Target = sortedList.ElementAt<Ship>(i);
return;
}
}
}
public override void Die(GameplayObject source, bool cleanupOnly)
{
DebugInfoScreen.ModulesDied = DebugInfoScreen.ModulesDied + 1;
if (!this.isDummy)
{
foreach (ShipModule link in this.LinkedModulesList)
{
if (!link.Active)
{
continue;
}
link.Die(source, true);
}
}
if (this.shield_power_max > 0f)
{
base.Health = 0f;
}
this.SetNewExternals();
base.Health = 0f;
Vector3 center = new Vector3(this.Center.X, this.Center.Y, -100f);
if (this.Active)
{
((this.Parent.GetSystem() != null ? this.Parent.GetSystem().RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(5f, 15f);
if (!this.Parent.dying && this.Parent.InFrustum)
{
for (int i = 0; i < 30; i++)
{
ShipModule.universeScreen.explosionParticles.AddParticleThreadA(center, Vector3.Zero);
}
}
else if (this.Parent.InFrustum)
{
for (int i = 0; i < 30; i++)
{
ShipModule.universeScreen.explosionParticles.AddParticleThreadA(new Vector3(this.Parent.Center, ((this.Parent.GetSystem() != null ? this.Parent.GetSystem().RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-25f, 25f)), Vector3.Zero);
}
}
}
base.Die(source, cleanupOnly);
if (!cleanupOnly)
{
if (this.Parent.Active && this.Parent.InFrustum && ShipModule.universeScreen.viewState == UniverseScreen.UnivScreenState.ShipView)
{
GameplayObject.audioListener.Position = ShipModule.universeScreen.camPos;
Cue dieCue = AudioManager.GetCue("sd_explosion_module_small");
dieCue.Apply3D(GameplayObject.audioListener, this.Parent.emitter);
dieCue.Play();
}
if (this.explodes)
{
if (this.Parent.GetSystem() == null)
{
UniverseScreen.DeepSpaceManager.ExplodeAtModule(this.Parent.LastDamagedBy, this, (float)(2500 * this.XSIZE * this.YSIZE), (float)(this.XSIZE * this.YSIZE * 64));
}
else
{
this.Parent.GetSystem().spatialManager.ExplodeAtModule(this.Parent.LastDamagedBy, this, (float)(2500 * this.XSIZE * this.YSIZE), (float)(this.XSIZE * this.YSIZE * 64));
}
}
if (this.PowerFlowMax > 0 || this.PowerRadius > 0)
{
this.Parent.NeedRecalculate = true;
}
}
if (((this.Parent.GetSystem() != null ? this.Parent.GetSystem().RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(0f, 100f) < 10f)
{
List<SpaceJunk> junk = SpaceJunk.MakeJunk(1, this.Center, this.Parent.GetSystem());
lock (GlobalStats.ObjectManagerLocker)
{
foreach (SpaceJunk j in junk)
{
j.wasAddedToScene = true;
ShipModule.universeScreen.ScreenManager.inter.ObjectManager.Submit(j.JunkSO);
UniverseScreen.JunkList.Add(j);
}
}
}
//this.SetNewExternals();
}
public override bool Touch(GameplayObject target)
{
if (this.Miss)
{
return false;
}
if (target != null)
{
if (target == this.owner && !this.weapon.HitsFriendlies)
{
return false;
}
Projectile projectile = target as Projectile;
if (projectile != null)
{
if (this.owner != null && projectile.loyalty == this.owner.loyalty)
{
return false;
}
if (projectile.WeaponType == "Missile")
{
float ran = ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(0f, 1f);
if (projectile.loyalty != null && ran >= projectile.loyalty.data.MissileDodgeChance)
{
projectile.DamageMissile(this, this.damageAmount);
return true;
}
}
else if (this.weapon.Tag_Intercept || projectile.weapon.Tag_Intercept)
{
this.DieNextFrame = true;
projectile.DieNextFrame = true;
}
return false;
}
if (target is Asteroid)
{
if (!this.explodes)
{
target.Damage(this, this.damageAmount);
}
this.Die(null, false);
return true;
}
if (target is ShipModule)
{
ShipModule module = target as ShipModule;
if (module != null && module.GetParent().loyalty == this.loyalty && !this.weapon.HitsFriendlies || module == null)
return false;
if (this.weapon.TruePD)
{
this.DieNextFrame = true;
return true;
}
if (module.GetParent().Role == "fighter" && module.GetParent().loyalty.data.Traits.DodgeMod > 0f)
{
if (((module.GetParent().GetSystem() != null ? module.GetParent().GetSystem().RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(0f, 100f) < module.GetParent().loyalty.data.Traits.DodgeMod * 100f)
{
this.Miss = true;
}
}
if (this.Miss)
{
return false;
}
// Moving this to the Damage function - doesn't seem to be working? Also seems nonsensical.
/*
if (module.ModuleType == ShipModuleType.Armor || (module.ModuleType == ShipModuleType.Dummy && module.ParentOfDummy.ModuleType == ShipModuleType.Armor))
{
this.damageRadius -= module.GetParent().loyalty.data.ExplosiveRadiusReduction * this.damageRadius;
this.damageAmount -= module.GetParent().loyalty.data.ExplosiveRadiusReduction * this.damageAmount;
this.damageAmount *= this.weapon.EffectVsArmor;
this.damageAmount *= this.damageAmount + this.ArmorDamageBonus;
}
if (module.ModuleType == ShipModuleType.Shield && module.shield_power > 0)
{
this.damageAmount *= this.weapon.EffectVSShields;
this.damageAmount *= this.damageAmount + this.ShieldDamageBonus;
//projectiles penetrate weak shields
if (this.damageAmount > module.shield_power)
{
float remainder = 0;
module.Damage(this, this.damageAmount, ref remainder);
if (remainder > 0)
{
this.damageAmount = remainder;
return false;
}
else
{
this.damageAmount = 0;
this.explodes = false;
this.DieNextFrame = true;
return base.Touch(target);
}
}
}
*/
//Non exploding projectiles should go through multiple modules if it has enough damage
if (!this.explodes && module.Active)
{
float remainder;
//Doc: If module has resistance to Armour Piercing effects, deduct that from the projectile's AP before starting AP and damage checks
if (module.APResist > 0)
{
this.ArmorPiercing -= (byte)module.APResist;
if (this.ArmorPiercing < 0)
this.ArmorPiercing = 0;
}
if (this.ArmorPiercing == 0 || !(module.ModuleType == ShipModuleType.Armor || (module.ModuleType == ShipModuleType.Dummy && module.ParentOfDummy.ModuleType == ShipModuleType.Armor)))
{
remainder = 0;
module.Damage(this, this.damageAmount, ref remainder);
}
else
{
this.ArmorPiercing--;
remainder = this.damageAmount;
}
if (remainder > 0)
{
this.damageAmount = remainder;
bool SlotFound;
int depth = 10;
Vector2 UnitVector = this.velocity;
while (this.damageAmount > 0)
{
UnitVector.Normalize();
UnitVector *= depth;
SlotFound = false;
foreach (ModuleSlot slot in module.GetParent().ModuleSlotList)
{
if (Vector2.Distance(this.Center + UnitVector, slot.module.Center) < 8f)
{
SlotFound = true;
if (slot.module.Active)
{
if (this.ArmorPiercing > 0 && (slot.module.ModuleType == ShipModuleType.Armor || (slot.module.ModuleType == ShipModuleType.Dummy && slot.module.ParentOfDummy.ModuleType == ShipModuleType.Armor)))
break;
else
{
remainder = 0;
slot.module.Damage(this, this.damageAmount, ref remainder);
if (remainder > 0)
this.damageAmount = remainder;
else
this.damageAmount = 0f;
}
}
break;
}
}
//Slot found means it is still in the ship
if (SlotFound)
{
depth += 8;
this.ArmorPiercing--;
}
else
break;
}
}
}
base.Health = 0f;
}
if (this.WeaponEffectType == "Plasma")
{
Vector3 center = new Vector3(this.Center.X, this.Center.Y, -100f);
Vector2 forward = new Vector2((float)Math.Sin((double)base.Rotation), -(float)Math.Cos((double)base.Rotation));
Vector2 right = new Vector2(-forward.Y, forward.X);
right = Vector2.Normalize(right);
for (int i = 0; i < 20; i++)
{
Vector3 random = new Vector3(right.X * ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-250f, 250f), right.Y * ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-250f, 250f), ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-250f, 250f));
Projectile.universeScreen.flameParticles.AddParticleThreadA(center, random);
random = new Vector3(-forward.X + ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-150f, 150f), -forward.Y + ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-150f, 150f), ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-150f, 150f));
Projectile.universeScreen.flameParticles.AddParticleThreadA(center, random);
}
}
if (this.WeaponEffectType == "MuzzleBlast") // currently unused
{
Vector3 center = new Vector3(this.Center.X, this.Center.Y, -100f);
Vector2 forward = new Vector2((float)Math.Sin((double)base.Rotation), -(float)Math.Cos((double)base.Rotation));
Vector2 right = new Vector2(-forward.Y, forward.X);
right = Vector2.Normalize(right);
for (int i = 0; i < 20; i++)
{
Vector3 random = new Vector3(right.X * ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-500f, 500f), right.Y * ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-500f, 500f), ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-250f, 250f));
Projectile.universeScreen.fireTrailParticles.AddParticleThreadA(center, random);
random = new Vector3(-forward.X + ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-500f, 500f), -forward.Y + ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-500f, 500f), ((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(-150f, 150f));
Projectile.universeScreen.fireTrailParticles.AddParticleThreadA(center, random);
}
}
else if (this.WeaponType == "Ballistic Cannon")
{
ShipModule SMtarget = target as ShipModule;
if (SMtarget != null && SMtarget.ModuleType != ShipModuleType.Shield)
{
Cue impact = AudioManager.GetCue("sd_impact_bullet_small_01");
impact.Apply3D(Projectile.universeScreen.listener, this.emitter);
impact.Play();
}
}
}
this.DieNextFrame = true;
return base.Touch(target);
}
public override void Die(GameplayObject source, bool cleanupOnly)
{
DebugInfoScreen.ProjDied = DebugInfoScreen.ProjDied + 1;
if (this.Active)
{
Vector3 vector3 = new Vector3(this.Center.X, this.Center.Y, -100f);
Vector3 vector31 = new Vector3(this.velocity.X, base.Velocity.Y, 0f);
if (this.light != null)
{
lock (GlobalStats.ObjectManagerLocker)
{
Projectile.universeScreen.ScreenManager.inter.LightManager.Remove(this.light);
}
}
if (!string.IsNullOrEmpty(this.InFlightCue) && this.inFlight != null)
{
this.inFlight.Stop(AudioStopOptions.Immediate);
}
if (this.explodes)
{
if (this.weapon.OrdinanceRequiredToFire > 0f && this.Owner != null)
{
this.damageAmount += this.Owner.loyalty.data.OrdnanceEffectivenessBonus * this.damageAmount;
this.damageRadius += this.Owner.loyalty.data.OrdnanceEffectivenessBonus * this.damageRadius;
}
if (this.WeaponType == "Photon")
{
if (!string.IsNullOrEmpty(this.dieCueName))
{
this.dieCue = AudioManager.GetCue(this.dieCueName);
}
if (this.dieCue != null)
{
this.dieCue.Apply3D(GameplayObject.audioListener, this.emitter);
this.dieCue.Play();
}
if (!cleanupOnly && Projectile.universeScreen.viewState <= UniverseScreen.UnivScreenState.SystemView)
{
ExplosionManager.AddProjectileExplosion(new Vector3(base.Position, -50f), this.damageRadius * 4.5f, 2.5f, 0.2f, this.weapon.ExpColor);
Projectile.universeScreen.flash.AddParticleThreadB(new Vector3(base.Position, -50f), Vector3.Zero);
}
if (this.system == null)
{
UniverseScreen.DeepSpaceManager.ProjectileExplode(this, this.damageAmount, this.damageRadius);
}
else
{
this.system.spatialManager.ProjectileExplode(this, this.damageAmount, this.damageRadius);
}
}
else if (!string.IsNullOrEmpty(this.dieCueName))
{
if (Projectile.universeScreen.viewState <= UniverseScreen.UnivScreenState.SystemView)
{
this.dieCue = AudioManager.GetCue(this.dieCueName);
if (this.dieCue != null)
{
this.dieCue.Apply3D(GameplayObject.audioListener, this.emitter);
this.dieCue.Play();
}
}
if (!cleanupOnly && Projectile.universeScreen.viewState <= UniverseScreen.UnivScreenState.SystemView)
{
ExplosionManager.AddExplosion(new Vector3(base.Position, -50f), this.damageRadius * this.explosionradiusmod, 2.5f, 0.2f);
if (this.flashExplode)
{
Projectile.universeScreen.flash.AddParticleThreadB(new Vector3(base.Position, -50f), Vector3.Zero);
}
}
if (this.system == null)
{
UniverseScreen.DeepSpaceManager.ProjectileExplode(this, this.damageAmount, this.damageRadius);
}
else
{
this.system.spatialManager.ProjectileExplode(this, this.damageAmount, this.damageRadius);
}
}
else if (this.system == null)
{
UniverseScreen.DeepSpaceManager.ProjectileExplode(this, this.damageAmount, this.damageRadius);
}
else
{
this.system.spatialManager.ProjectileExplode(this, this.damageAmount, this.damageRadius);
}
}
else if (this.weapon.FakeExplode && Projectile.universeScreen.viewState <= UniverseScreen.UnivScreenState.SystemView)
{
ExplosionManager.AddExplosion(new Vector3(base.Position, -50f), this.damageRadius * this.explosionradiusmod, 2.5f, 0.2f);
if (this.flashExplode)
{
Projectile.universeScreen.flash.AddParticleThreadB(new Vector3(base.Position, -50f), Vector3.Zero);
}
}
}
if (this.ProjSO != null && this.Active)
{
lock (GlobalStats.ObjectManagerLocker)
{
Projectile.universeScreen.ScreenManager.inter.ObjectManager.Remove(this.ProjSO);
}
this.ProjSO.Clear();
}
if (this.droneAI != null)
{
foreach (Beam beam in this.droneAI.Beams)
{
beam.Die(this, true);
}
this.droneAI.Beams.Clear();
}
if (this.muzzleFlashAdded)
{
lock (GlobalStats.ObjectManagerLocker)
{
Projectile.universeScreen.ScreenManager.inter.LightManager.Remove(this.MuzzleFlash);
}
}
if (this.system == null)
{
UniverseScreen.DeepSpaceManager.CollidableProjectiles.QueuePendingRemoval(this);
}
else
{
this.system.spatialManager.CollidableProjectiles.QueuePendingRemoval(this);
}
base.Die(source, cleanupOnly);
}
protected virtual void CreateProjectiles(Vector2 direction, GameplayObject target, bool playSound)
{
if (target != null && (target is ShipModule) && (target as ShipModule).GetParent().Role == "fighter" && this.AltFireMode && this.AltFireTriggerFighter && this.SecondaryFire != null)
{
Weapon AltFire = ResourceManager.GetWeapon(this.SecondaryFire);
Projectile projectile;
if (this.owner.Projectiles.pendingRemovals.TryPop(out projectile))
{
projectile.ProjectileRecreate(this.owner, direction, this.moduleAttachedTo);
projectile.range = AltFire.Range;
projectile.weapon = this;
projectile.explodes = AltFire.explodes;
projectile.damageAmount = AltFire.DamageAmount;
projectile.damageRadius = AltFire.DamageRadius;
projectile.explosionradiusmod = AltFire.ExplosionRadiusVisual;
projectile.Health = AltFire.HitPoints;
projectile.speed = AltFire.ProjectileSpeed;
projectile.WeaponEffectType = AltFire.WeaponEffectType;
projectile.WeaponType = AltFire.WeaponType;
projectile.RotationRadsPerSecond = AltFire.RotationRadsPerSecond;
projectile.ArmorPiercing = (byte)AltFire.ArmourPen;
}
else
projectile = new Projectile(this.owner, direction, this.moduleAttachedTo)
{
range = AltFire.Range,
weapon = this,
explodes = AltFire.explodes,
damageAmount = AltFire.DamageAmount,
damageRadius = AltFire.DamageRadius,
explosionradiusmod = AltFire.ExplosionRadiusVisual,
Health = AltFire.HitPoints,
speed = AltFire.ProjectileSpeed,
WeaponEffectType = AltFire.WeaponEffectType,
WeaponType = AltFire.WeaponType,
RotationRadsPerSecond = AltFire.RotationRadsPerSecond,
ArmorPiercing = (byte)AltFire.ArmourPen,
};
//damage increase by level
if (this.owner.Level > 0)
{
projectile.damageAmount += projectile.damageAmount * (float)this.owner.Level * 0.05f;
}
if (AltFire.RangeVariance)
{
projectile.range *= RandomMath.RandomBetween(0.9f, 1.1f);
}
//Hull bonus damage increase
if (GlobalStats.ActiveModInfo != null && GlobalStats.ActiveModInfo.useHullBonuses)
{
HullBonus mod;
if (ResourceManager.HullBonuses.TryGetValue(this.owner.shipData.Hull, out mod))
projectile.damageAmount += projectile.damageAmount * mod.DamageBonus;
}
projectile.LoadContent(AltFire.ProjectileTexturePath, AltFire.ModelPath);
AltFire.ModifyProjectile(projectile);
if (AltFire.Tag_Guided)
projectile.InitializeMissile(projectile.speed, direction, target);
else
projectile.Initialize(projectile.speed, direction, this.moduleAttachedTo.Center);
projectile.Radius = this.ProjectileRadius;
if (AltFire.Animated == 1)
{
string remainder = 0.ToString("00000.##");
projectile.texturePath = string.Concat(AltFire.AnimationPath, remainder);
}
//if(HelperFunctions.GetRandomIndex((int)(Ship.universeScreen.Lag *100)) <2)
if (Weapon.universeScreen.viewState == UniverseScreen.UnivScreenState.ShipView && this.owner.InFrustum && playSound)
{
projectile.DieSound = true;
if (!string.IsNullOrEmpty(this.ToggleSoundName) && (this.ToggleCue == null || this.ToggleCue != null && !this.ToggleCue.IsPlaying))
{
this.ToggleSoundOn = true;
this.ToggleCue = AudioManager.GetCue(AltFire.ToggleSoundName);
this.ToggleCue.Apply3D(Weapon.audioListener, this.owner.emitter);
this.ToggleCue.Play();
if (AltFire.fireCue != null)
{
//Added by McShooterz: Use sounds from new sound dictionary
SoundEffect soundeffect = null;
if (ResourceManager.SoundEffectDict.TryGetValue(AltFire.fireCueName,out soundeffect))
{
AudioManager.PlaySoundEffect(soundeffect, Weapon.audioListener, this.owner.emitter, 0.5f);
}
else
{
this.fireCue = AudioManager.GetCue(this.fireCueName);
if (!this.owner.isPlayerShip())
{
this.fireCue.Apply3D(Weapon.audioListener, this.owner.emitter);
}
this.lastFireSound = 0f;
if (this.fireCue != null)
{
this.fireCue.Play();
}
}
}
}
if (!string.IsNullOrEmpty(ResourceManager.WeaponsDict[AltFire.UID].dieCue))
{
projectile.dieCueName = ResourceManager.WeaponsDict[AltFire.UID].dieCue;
}
if (!string.IsNullOrEmpty(this.InFlightCue))
{
projectile.InFlightCue = AltFire.InFlightCue;
}
if (this.ToggleCue == null && this.owner.ProjectilesFired.Count < 30)
{
this.lastFireSound = 0f;
this.owner.ProjectilesFired.Add(new ProjectileTracker());
//Added by McShooterz: Use sounds from new sound dictionary
if (ResourceManager.SoundEffectDict.ContainsKey(AltFire.fireCueName))
{
AudioManager.PlaySoundEffect(ResourceManager.SoundEffectDict[fireCueName], Weapon.audioListener, this.owner.emitter, 0.5f);
}
else
{
this.fireCue = AudioManager.GetCue(this.fireCueName);
if (!this.owner.isPlayerShip())
{
this.fireCue.Apply3D(Weapon.audioListener, this.owner.emitter);
}
if (this.fireCue != null)
{
this.fireCue.Play();
}
}
}
}
projectile.isSecondary = true;
this.owner.Projectiles.Add(projectile);
projectile = null;
}
else
{
Projectile projectile;
if (this.owner.Projectiles.pendingRemovals.TryPop(out projectile))
{
projectile.ProjectileRecreate(this.owner, direction, this.moduleAttachedTo);
projectile.range = this.Range;
projectile.weapon = this;
projectile.explodes = this.explodes;
projectile.damageAmount = this.DamageAmount;
projectile.damageRadius = this.DamageRadius;
projectile.explosionradiusmod = this.ExplosionRadiusVisual;
projectile.Health = this.HitPoints;
projectile.speed = this.ProjectileSpeed;
projectile.WeaponEffectType = this.WeaponEffectType;
projectile.WeaponType = this.WeaponType;
projectile.RotationRadsPerSecond = this.RotationRadsPerSecond;
projectile.ArmorPiercing = (byte)this.ArmourPen;
}
projectile = new Projectile(this.owner, direction, this.moduleAttachedTo)
{
range = this.Range,
weapon = this,
explodes = this.explodes,
damageAmount = this.DamageAmount,
damageRadius = this.DamageRadius,
explosionradiusmod = this.ExplosionRadiusVisual,
Health = this.HitPoints,
speed = this.ProjectileSpeed,
WeaponEffectType = this.WeaponEffectType,
WeaponType = this.WeaponType,
RotationRadsPerSecond = this.RotationRadsPerSecond,
ArmorPiercing = (byte)this.ArmourPen,
};
//damage increase by level
if (this.owner.Level > 0)
{
projectile.damageAmount += projectile.damageAmount * (float)this.owner.Level * 0.05f;
}
if (this.RangeVariance)
{
projectile.range *= RandomMath.RandomBetween(0.9f, 1.1f);
}
//Hull bonus damage increase
if (GlobalStats.ActiveModInfo != null && GlobalStats.ActiveModInfo.useHullBonuses)
{
HullBonus mod;
if (ResourceManager.HullBonuses.TryGetValue(this.owner.shipData.Hull, out mod))
projectile.damageAmount += projectile.damageAmount * mod.DamageBonus;
}
projectile.LoadContent(this.ProjectileTexturePath, this.ModelPath);
this.ModifyProjectile(projectile);
if (this.Tag_Guided)
projectile.InitializeMissile(projectile.speed, direction, target);
else
projectile.Initialize(projectile.speed, direction, this.moduleAttachedTo.Center);
projectile.Radius = this.ProjectileRadius;
if (this.Animated == 1)
{
string remainder = 0.ToString("00000.##");
projectile.texturePath = string.Concat(this.AnimationPath, remainder);
}
if (Weapon.universeScreen.viewState == UniverseScreen.UnivScreenState.ShipView && this.owner.InFrustum && playSound)
{
projectile.DieSound = true;
if (!string.IsNullOrEmpty(this.ToggleSoundName) && (this.ToggleCue == null || this.ToggleCue != null && !this.ToggleCue.IsPlaying))
{
this.ToggleSoundOn = true;
this.ToggleCue = AudioManager.GetCue(this.ToggleSoundName);
this.ToggleCue.Apply3D(Weapon.audioListener, this.owner.emitter);
this.ToggleCue.Play();
if (this.fireCue != null)
{
//Added by McShooterz: Use sounds from new sound dictionary
if (ResourceManager.SoundEffectDict.ContainsKey(this.fireCueName))
{
AudioManager.PlaySoundEffect(ResourceManager.SoundEffectDict[fireCueName], Weapon.audioListener, this.owner.emitter, 0.5f);
}
else
{
this.fireCue = AudioManager.GetCue(this.fireCueName);
if (!this.owner.isPlayerShip())
{
this.fireCue.Apply3D(Weapon.audioListener, this.owner.emitter);
}
this.lastFireSound = 0f;
if (this.fireCue != null)
{
this.fireCue.Play();
}
}
}
}
if (!string.IsNullOrEmpty(ResourceManager.WeaponsDict[this.UID].dieCue))
{
projectile.dieCueName = ResourceManager.WeaponsDict[this.UID].dieCue;
}
if (!string.IsNullOrEmpty(this.InFlightCue))
{
projectile.InFlightCue = this.InFlightCue;
}
if (this.ToggleCue == null && this.owner.ProjectilesFired.Count < 30)
{
this.lastFireSound = 0f;
this.owner.ProjectilesFired.Add(new ProjectileTracker());
//Added by McShooterz: Use sounds from new sound dictionary
if (ResourceManager.SoundEffectDict.ContainsKey(this.fireCueName))
{
AudioManager.PlaySoundEffect(ResourceManager.SoundEffectDict[fireCueName], Weapon.audioListener, this.owner.emitter, 0.5f);
}
else
{
this.fireCue = AudioManager.GetCue(this.fireCueName);
if (!this.owner.isPlayerShip())
{
this.fireCue.Apply3D(Weapon.audioListener, this.owner.emitter);
}
if (this.fireCue != null)
{
this.fireCue.Play();
}
}
}
}
this.owner.Projectiles.Add(projectile);
projectile = null;
}
}
public virtual void Update(float elapsedTime)
{
this.lastFireSound += elapsedTime;
if (this.timeToNextFire > 0f)
{
this.timeToNextFire = MathHelper.Max(this.timeToNextFire - elapsedTime, 0f);
}
foreach (Weapon.Salvo salvo in this.SalvoList)
{
salvo.Timing -= elapsedTime;
if (salvo.Timing > 0f)
{
continue;
}
//this.FireSalvo(salvo.Direction, this.SalvoTarget);
if (this.SalvoTarget !=null && this.owner.CheckIfInsideFireArc(this,SalvoTarget))
{
if (this.Tag_Guided)
this.FireSalvo(salvo.Direction, SalvoTarget);
else
this.GetOwner().GetAI().CalculateAndFire(this, SalvoTarget, true);
}
else if (this.SalvoTarget != null)
this.FireSalvo(salvo.Direction, null);
this.SalvoList.QueuePendingRemoval(salvo);
}
this.SalvoList.ApplyPendingRemovals();
if (this.SalvoList.Count == 0)
this.SalvoTarget = null;
this.Center = this.moduleAttachedTo.Center;
}
public virtual void FireSalvo(Vector2 direction, GameplayObject target)
{
if (this.owner.engineState == Ship.MoveState.Warp ) //|| (this.owner !=null && this.owner.CheckIfInsideFireArc(this,target)))
{
return;
}
this.owner.InCombatTimer = 15f;
if (this.moduleAttachedTo.Active && this.owner.PowerCurrent > this.PowerRequiredToFire && this.OrdinanceRequiredToFire <= this.owner.Ordinance)
{
this.owner.Ordinance -= this.OrdinanceRequiredToFire;
this.owner.PowerCurrent -= this.PowerRequiredToFire;
if (this.FireArc != 0)
{
float DegreesBetweenShots = (float)(this.FireArc / this.ProjectileCount);
float angleToTarget = this.findAngleToTarget(direction);
for (int i = 0; i < this.ProjectileCount; i++)
{
Vector2 newTarget = this.findTargetFromAngleAndDistance(this.moduleAttachedTo.Center, angleToTarget - (float)(this.FireArc / 2) + DegreesBetweenShots * (float)i, this.Range);
Vector2 fireDirection = this.findVectorToTarget(this.moduleAttachedTo.Center, newTarget);
fireDirection.Y = fireDirection.Y * -1f;
this.CreateProjectiles(Vector2.Normalize(fireDirection), target, !this.PlaySoundOncePerSalvo);
}
return;
}
if (this.FireCone > 0)
{
float spread = RandomMath2.RandomBetween((float)(-this.FireCone / 2), (float)(this.FireCone / 2));
float angleToTarget = this.findAngleToTarget(direction);
Vector2 newTarget = this.findTargetFromAngleAndDistance(this.moduleAttachedTo.Center, angleToTarget + spread, this.Range);
Vector2 fireDirection = this.findVectorToTarget(this.moduleAttachedTo.Center, newTarget);
fireDirection.Y = fireDirection.Y * -1f;
this.CreateProjectiles(Vector2.Normalize(fireDirection), target, !this.PlaySoundOncePerSalvo);
return;
}
for (int i = 0; i < this.ProjectileCount; i++)
{
this.CreateProjectiles(direction, target, !this.PlaySoundOncePerSalvo);
}
return;
}
}
private void FireOnTargetNonVisible(Weapon w, GameplayObject fireTarget)
{
if (this.Owner.Ordinance < w.OrdinanceRequiredToFire || this.Owner.PowerCurrent < w.PowerRequiredToFire)
{
return;
}
w.timeToNextFire = w.fireDelay;
if (w.IsRepairDrone)
{
return;
}
if (TargetShip == null || !TargetShip.Active || TargetShip.dying || !w.TargetValid(TargetShip.Role)
|| TargetShip.engineState == Ship.MoveState.Warp || !this.Owner.CheckIfInsideFireArc(w, TargetShip))
return;
Ship owner = this.Owner;
owner.Ordinance = owner.Ordinance - w.OrdinanceRequiredToFire;
Ship powerCurrent = this.Owner;
powerCurrent.PowerCurrent = powerCurrent.PowerCurrent - w.PowerRequiredToFire;
powerCurrent.PowerCurrent -= w.BeamPowerCostPerSecond * w.BeamDuration;
this.Owner.InCombatTimer = 15f;
if (fireTarget is Projectile)
{
fireTarget.Damage(w.GetOwner(), w.DamageAmount);
return;
}
if (!(fireTarget is Ship))
{
if (fireTarget is ShipModule)
{
w.timeToNextFire = w.fireDelay;
IOrderedEnumerable<ModuleSlot> sortedList =
from slot in (fireTarget as ShipModule).GetParent().ExternalSlots
orderby Vector2.Distance(slot.module.Center, this.Owner.Center)
select slot;
float damage = w.DamageAmount;
if (w.isBeam)
{
damage = damage * 90f;
}
if (w.SalvoCount > 0)
{
damage = damage * (float)w.SalvoCount;
}
sortedList.First<ModuleSlot>().module.Damage(this.Owner, damage);
}
return;
}
w.timeToNextFire = w.fireDelay;
if ((fireTarget as Ship).ExternalSlots.Count == 0)
{
(fireTarget as Ship).Die(null, true);
return;
}
float nearest = 0;
ModuleSlot ClosestES = null;
foreach (ModuleSlot ES in (fireTarget as Ship).ExternalSlots)
{
if (ES.module.ModuleType == ShipModuleType.Dummy || !ES.module.Active || ES.module.Health <= 0)
continue;
float temp = Vector2.Distance(ES.module.Center, w.GetOwner().Center);
if (nearest == 0 || temp < nearest)
{
nearest = temp;
ClosestES = ES;
}
}
if (ClosestES == null)
return;
// List<ModuleSlot>
IEnumerable<ModuleSlot> ExternalSlots = (fireTarget as Ship).ExternalSlots.Where(close => close.module.Active && close.module.quadrant == ClosestES.module.quadrant && close.module.Health > 0);//.ToList(); //.OrderByDescending(shields=> shields.Shield_Power >0);//.ToList();
if ((fireTarget as Ship).shield_power > 0f)
{
for (int i = 0; i < (fireTarget as Ship).GetShields().Count; i++)
{
if ((fireTarget as Ship).GetShields()[i].Active && (fireTarget as Ship).GetShields()[i].shield_power > 0f)
{
float damage = w.DamageAmount;
if (w.isBeam)
{
damage = damage * 90f;
}
if (w.SalvoCount > 0)
{
damage = damage * (float)w.SalvoCount;
}
(fireTarget as Ship).GetShields()[i].Damage(this.Owner, damage);
return;
}
}
return;
}
//this.Owner.GetSystem() != null ? this.Owner.GetSystem().RNG : ArtificialIntelligence.universeScreen.DeepSpaceRNG)).RandomBetween(0f, 100f) <= 50f ||
if (ExternalSlots.ElementAt(0).module.shield_power > 0f)
{
for (int i = 0; i < ExternalSlots.Count(); i++)
{
if (ExternalSlots.ElementAt(i).module.Active && ExternalSlots.ElementAt(i).module.shield_power <= 0f)
{
float damage = w.DamageAmount;
if (w.isBeam)
{
damage = damage * 90f;
}
if (w.SalvoCount > 0)
{
damage = damage * (float)w.SalvoCount;
}
ExternalSlots.ElementAt(i).module.Damage(this.Owner, damage);
return;
}
}
return;
}
for (int i = 0; i < ExternalSlots.Count(); i++)
{
if (ExternalSlots.ElementAt(i).module.Active && ExternalSlots.ElementAt(i).module.shield_power <= 0f)
{
float damage = w.DamageAmount;
if (w.isBeam)
{
damage = damage * 90f;
}
if (w.SalvoCount > 0)
{
damage = damage * (float)w.SalvoCount;
}
ExternalSlots.ElementAt(i).module.Damage(this.Owner, damage);
return;
}
}
}
private Vector2 findVectorBehindTarget(GameplayObject ship, float distance)
{
Vector2 vector2 = new Vector2(0f, 0f);
Vector2 forward = new Vector2((float)Math.Sin((double)ship.Rotation), -(float)Math.Cos((double)ship.Rotation));
forward = Vector2.Normalize(forward);
return ship.Position - (forward * distance);
}
private void DoCombat(float elapsedTime)
{
this.awaitClosest = null;
this.State = AIState.Combat;
this.Owner.InCombat = true;
this.Owner.InCombatTimer = 15f;
#region modified 07/28/15
float radius = 30000f; //Added by Ermenildo V. Castro, Jr.; 07/28/15
Vector2 senseCenter = this.Owner.Center; //Added by Ermenildo V. Castro, Jr.; 07/28/15
//If there is a target, and the target is inactive
//remove inactive target from consideration
if (this.Target != null && !this.Target.Active)
{
this.Target = null;
this.Intercepting = false;
if (!this.BadGuysNear) //Modified by Ermenildo V. Castro, Jr; 07/28/15: re-instated commented out conditional
{
this.State = this.DefaultAIState;
this.OrderQueue.Clear();
this.Target = this.ScanForCombatTargets(senseCenter, radius); //Modified by Modified by Ermenildo V. Castro, Jr; 07/28/15; //this.Target = null;
if (Target != null) { this.PotentialTargets.Add((Ship)Target); }
}
return;
}
//if no target available
if (this.Target == null )
{
this.Target = null;
this.Intercepting = false;
this.ScanForThreatTimer = 0;
if (!this.BadGuysNear) //Modified by Ermenildo V. Castro, Jr; 07/28/15: re-instated commented out conditional
{
this.OrderQueue.Clear();
this.State = this.DefaultAIState;
this.Target = this.ScanForCombatTargets(senseCenter, radius); //Modified by Modified by Ermenildo V. Castro, Jr; 07/28/15; //this.Target = null;
if (Target != null) { this.PotentialTargets.Add((Ship)Target); }
}
return;
}
#endregion
if (this.Owner.Mothership != null && this.Owner.Mothership.Active)
{
//if (!this.hasPriorityTarget
// && !this.HasPriorityOrder&& this.Target != null
// && this.Owner.Mothership.GetAI().Target == null
// && !this.Owner.Mothership.GetAI().HasPriorityOrder
// && !this.Owner.Mothership.GetAI().hasPriorityTarget)
//{
// this.Owner.Mothership.GetAI().Target = this.Target;
// this.Owner.Mothership.GetAI().State = AIState.Combat;
// this.Owner.Mothership.InCombatTimer = 15f;
//}
if(this.Owner.Role != "troop"
&& (this.Owner.Health/ this.Owner.HealthMax <.5f || (this.Owner.shield_max>0 && this.Owner.shield_percent <=0.0))
|| (this.Owner.OrdinanceMax > 0 && this.Owner.Ordinance / this.Owner.OrdinanceMax <= .1f)
|| (this.Owner.PowerCurrent <=1f && this.Owner.PowerDraw / this.Owner.PowerFlowMax <=.1f)
)
this.OrderReturnToHangar();
}
if (this.Owner.OrdinanceMax > 0f && this.Owner.Ordinance / this.Owner.OrdinanceMax < 0.05f && !this.hasPriorityTarget)//this.Owner.loyalty != ArtificialIntelligence.universeScreen.player)
{
if (FriendliesNearby.Where(supply => supply.HasSupplyBays && supply.Ordinance >= 100).Count() == 0)
{
this.OrderResupplyNearest();
return;
}
}
if(this.Owner.Level >2 && this.Owner.Health / this.Owner.HealthMax <.5f&& !(this.HasPriorityOrder||this.hasPriorityTarget))
{
this.OrderResupplyNearest();
return;
}
if (Vector2.Distance(this.Target.Center, this.Owner.Center) < 10000f)
{
if (this.Owner.engineState != Ship.MoveState.Warp && this.Owner.GetHangars().Count > 0 && !this.Owner.ManualHangarOverride)
{
if (!this.Owner.FightersOut) this.Owner.FightersOut = true;
}
if (this.Owner.engineState == Ship.MoveState.Warp)
{
this.Owner.HyperspaceReturn();
}
}
else if (this.CombatState != CombatState.HoldPosition && this.CombatState != CombatState.Evade)
{
this.ThrustTowardsPosition(this.Target.Center, elapsedTime, this.Owner.speed);
return;
}
if (!this.HasPriorityOrder && !this.hasPriorityTarget && this.Owner.Weapons.Count == 0 && this.Owner.GetHangars().Count == 0)
{
this.CombatState = CombatState.Evade;
}
if (!this.Owner.loyalty.isFaction && this.Owner.GetSystem() != null && this.TroopsOut == false && this.Owner.GetHangars().Where(troops => troops.IsTroopBay).Count() > 0 || this.Owner.hasTransporter)
{
if (this.Owner.TroopList.Where(troop => troop.GetOwner() == this.Owner.loyalty).Count() > 0 && this.Owner.TroopList.Where(troop => troop.GetOwner() != this.Owner.loyalty).Count() == 0)
{
Planet invadeThis = null;
foreach (Planet invade in this.Owner.GetSystem().PlanetList.Where(owner => owner.Owner != null && owner.Owner != this.Owner.loyalty).OrderBy(troops => troops.TroopsHere.Count))
{
if (this.Owner.loyalty.GetRelations()[invade.Owner].AtWar)
{
invadeThis = invade;
break;
}
}
if (!this.TroopsOut && !this.Owner.hasTransporter)
{
if (invadeThis != null)
{
this.TroopsOut = true;
foreach (Ship troop in this.Owner.GetHangars().Where(troop => troop.IsTroopBay && troop.GetHangarShip() != null).Select(ship => ship.GetHangarShip()))
{
troop.GetAI().OrderAssaultPlanet(invadeThis);
}
}
else if (this.Target != null && this.Target is Ship && (this.Target as Ship).Role == "frigate" || (this.Target as Ship).Role == "carrier" || (this.Target as Ship).Role == "corvette" || (this.Target as Ship).Role == "cruiser" || (this.Target as Ship).Role == "capital")
{
if (this.Owner.GetHangars().Where(troop => troop.IsTroopBay).Count() * 60 >= (this.Target as Ship).MechanicalBoardingDefense)
{
this.TroopsOut = true;
foreach (ShipModule hangar in this.Owner.GetHangars())
{
if (hangar.GetHangarShip() == null || this.Target == null || !(hangar.GetHangarShip().Role == "troop") || !((this.Target as Ship).Role == "frigate") && !((this.Target as Ship).Role == "carrier") && !((this.Target as Ship).Role == "corvette") && !((this.Target as Ship).Role == "cruiser") && !((this.Target as Ship).Role == "capital"))
{
continue;
}
hangar.GetHangarShip().GetAI().OrderTroopToBoardShip(this.Target as Ship);
}
}
}
else
{
this.TroopsOut = false;
}
}
}
}
//if this ship does not belong to a fleet
#region
if (this.Owner.fleet == null)
{
switch (this.CombatState)
{
case CombatState.Artillery:
{
this.DoNonFleetArtillery(elapsedTime);
break;
}
case CombatState.OrbitLeft:
{
this.OrbitShipLeft(this.Target as Ship, elapsedTime);
break;
}
case CombatState.BroadsideLeft:
{
this.DoNonFleetBroadsideLeft(elapsedTime);
break;
}
case CombatState.OrbitRight:
{
this.OrbitShip(this.Target as Ship, elapsedTime);
break;
}
case CombatState.BroadsideRight:
{
this.DoNonFleetBroadsideRight(elapsedTime);
break;
}
case CombatState.AttackRuns:
{
this.DoAttackRun(elapsedTime);
break;
}
case CombatState.HoldPosition:
{
this.DoHoldPositionCombat(elapsedTime);
break;
}
case CombatState.Evade:
{
this.DoEvadeCombat(elapsedTime);
break;
}
case CombatState.AssaultShip:
{
this.DoAssaultShipCombat(elapsedTime);
break;
}
}
}
#endregion
//if ship belongs to a fleet
#region
else if (this.Owner.fleet != null)
{
switch (this.CombatState)
{
case CombatState.Artillery:
{
this.DoNonFleetArtillery(elapsedTime);
break;
}
case CombatState.OrbitLeft:
{
this.OrbitShipLeft(this.Target as Ship, elapsedTime);
break;
}
case CombatState.BroadsideLeft:
{
this.DoNonFleetBroadsideLeft(elapsedTime);
break;
}
case CombatState.OrbitRight:
{
this.OrbitShip(this.Target as Ship, elapsedTime);
break;
}
case CombatState.BroadsideRight:
{
this.DoNonFleetBroadsideRight(elapsedTime);
break;
}
case CombatState.AttackRuns:
{
this.DoAttackRun(elapsedTime);
break;
}
case CombatState.HoldPosition:
{
this.DoHoldPositionCombat(elapsedTime);
break;
}
case CombatState.Evade:
{
this.DoEvadeCombat(elapsedTime);
break;
}
case CombatState.AssaultShip:
{
this.DoAssaultShipCombat(elapsedTime);
break;
}
}
if (this.Target != null)
return;
this.Owner.InCombat = false;
}
#endregion
}
//(float elapsedTime)
public void FireOnTarget()
{
//Reasons not to fire
//try
{
TargetShip = this.Target as Ship;
Relationship enemy =null;
if (!this.Owner.hasCommand ||this.Owner.engineState == Ship.MoveState.Warp || this.Owner.disabled || this.Owner .Weapons.Count==0 ||
((TargetShip != null && !this.Owner.loyalty.isFaction) && (this.Owner.loyalty.GetRelations().TryGetValue(TargetShip.loyalty, out enemy)
&& enemy != null && (enemy.Treaty_Peace || enemy.Treaty_Alliance || enemy.Treaty_NAPact))))
{
return;
}
//Determine if there is something to shoot at
if (this.BadGuysNear || this.Owner.InCombat)
{
//Target is dead or dying, will need a new one.
if (this.Target != null && (!this.Target.Active || TargetShip != null && TargetShip.dying))
{
this.Target = null;
TargetShip = null;
}
this.TrackProjectiles.Clear();
//update projectile list
{
if (this.Owner.GetSystem() != null)
{
//Find non friendly planets
foreach (Planet p in this.Owner.GetSystem().PlanetList)
{
if (p.Owner == this.Owner.loyalty)
continue;
foreach (Projectile proj in p.Projectiles)
{
this.TrackProjectiles.Add(proj);
}
}
}
{
foreach (Ship ship in PotentialTargets)
{
for (int i = 0; i < ship.Projectiles.Count; i++)
{
Projectile proj;
{
proj = ship.Projectiles[i];
}
if (proj == null || !proj.Active || proj.Health <= 0 || !proj.weapon.Tag_Intercept)
continue;
this.TrackProjectiles.Add(proj);
}
}
}
this.TrackProjectiles = this.TrackProjectiles.OrderBy(prj => Vector2.Distance(this.Owner.Center, prj.Center)).ToList();
}
float lag = Ship.universeScreen.Lag;
//Go through each weapon
float index = 0; //count up weapons.
//save target ship if it is a ship.
this.TargetShip = this.Target as Ship;
//group of weapons into chunks per thread available
var source = Enumerable.Range(0, this.Owner.Weapons.Count).ToArray();
var rangePartitioner = Partitioner.Create(0, source.Length);
//handle each weapon group in parallel
Parallel.ForEach(rangePartitioner, (range, loopState) =>
{
//standard for loop through each weapon group.
for (int T = range.Item1; T < range.Item2; T++)
{
Weapon weapon = this.Owner.Weapons[T];
//Reasons for this weapon not to fire
if ( !weapon.moduleAttachedTo.Active || weapon.timeToNextFire > 0f || !weapon.moduleAttachedTo.Powered || weapon.IsRepairDrone || weapon.isRepairBeam)
{
//continue;
return;
}
ShipModule moduletarget = weapon.fireTarget as ShipModule;
//if firing at the primary target mark weapon as firing on primary.
if (!(weapon.fireTarget is Projectile) &&( weapon.fireTarget == this.Target || (moduletarget !=null && (moduletarget.GetParent() as GameplayObject) ==this.Target)))
weapon.PrimaryTarget = true;
//check if weapon target as a gameplay object is still a valid target
if (weapon.fireTarget !=null )
{
if ( (weapon.PrimaryTarget && weapon.fireTarget != this.Target)
|| !this.Owner.CheckIfInsideFireArc(weapon, weapon.fireTarget)
//check here if the weapon can fire on main target.
|| (this.Target !=null &&(!weapon.PrimaryTarget && !(weapon.fireTarget is Projectile) && this.Owner.CheckIfInsideFireArc(weapon, this.Target) ))
)
{
weapon.TargetChangeTimer = .5f;
weapon.fireTarget = null;
if (weapon.isBeam || weapon.isMainGun)
weapon.TargetChangeTimer = .90f;
if (weapon.isTurret)
weapon.TargetChangeTimer *= .5f;
if(weapon.Tag_PD)
{
weapon.TargetChangeTimer *= .5f;
}
}
}
//if weapon target is null reset primary target and decrement target change timer.
if (weapon.fireTarget == null)
{
weapon.TargetChangeTimer -= 0.0167f;
if (weapon.PrimaryTarget != false)
weapon.PrimaryTarget = false;
}
//Reasons for this weapon not to fire
if (weapon.fireTarget == null && weapon.TargetChangeTimer >0 ) // ||!weapon.moduleAttachedTo.Active || weapon.timeToNextFire > 0f || !weapon.moduleAttachedTo.Powered || weapon.IsRepairDrone || weapon.isRepairBeam)
{
//continue;
return;
}
//main targeting loop. little check here to disable the whole thing for debugging.
if (true)
{
//Can this weapon fire on ships
if (this.BadGuysNear && !weapon.TruePD )
{
//if there are projectile to hit and weapons that can shoot at them. do so.
if(this.TrackProjectiles.Count >0 && weapon.Tag_PD)
{
for (int i = 0; i < this.TrackProjectiles.Count; i++)
{
Projectile proj;
{
proj = this.TrackProjectiles[i];
}
if (proj == null || !proj.Active || proj.Health <= 0 || !proj.weapon.Tag_Intercept)
continue;
if (this.Owner.CheckIfInsideFireArc(weapon, proj as GameplayObject))
{
weapon.fireTarget = proj;
break;
}
}
}
//Is primary target valid
if (weapon.fireTarget == null)
if (this.Owner.CheckIfInsideFireArc(weapon, this.Target))
{
weapon.fireTarget = this.Target;
weapon.PrimaryTarget = true;
}
//Find alternate target to fire on
//this seems to be very expensive code.
if (weapon.fireTarget == null)
{
//limit to one target per level.
for (int i = 0; i < this.PotentialTargets.Count && i < this.Owner.Level+1; i++) //
{
Ship PotentialTarget = this.PotentialTargets[i];
if (PotentialTarget == this.TargetShip
|| !this.Owner.CheckIfInsideFireArc(weapon, PotentialTarget))
{
continue;
}
weapon.fireTarget = PotentialTarget;
break;
}
}
//If a ship was found to fire on, change to target an internal module if target is visible || weapon.Tag_Intercept
if (weapon.fireTarget != null)
{
if (weapon.fireTarget is Ship && (GlobalStats.ForceFullSim || this.Owner.InFrustum || (weapon.fireTarget as Ship).InFrustum))// || (this.Owner.InFrustum || this.Target != null && TargetShip.InFrustum)))
{
weapon.fireTarget = (weapon.fireTarget as Ship).GetRandomInternalModule(weapon);
//weapon.fireTarget;// = fireTarget;
}
}
}
//No ship to target, check for projectiles
if (weapon.fireTarget == null && weapon.Tag_PD)
{
//projectile list is created in teh scan for combat combats method.
if (weapon.fireTarget == null)
{
for (int i = 0; i < this.TrackProjectiles.Count && i < this.Owner.Level+1;i++)
{
Projectile proj;
{
proj = this.TrackProjectiles[i];
}
if (proj == null || !proj.Active || proj.Health <= 0 || !proj.weapon.Tag_Intercept)
continue;
if (this.Owner.CheckIfInsideFireArc(weapon, proj as GameplayObject))
{
weapon.fireTarget = proj;
break;
}
}
}
}
}
}
});
//this section actually fires the weapons. This whole firing section can be moved to some other area of the code. This code is very expensive.
if(1==1)
foreach (Weapon weapon in this.Owner.Weapons)
{
if (weapon.fireTarget != null &&(weapon.moduleAttachedTo.Active && weapon.timeToNextFire <= 0f && weapon.moduleAttachedTo.Powered ))
{
if (!(weapon.fireTarget is Ship))
{
GameplayObject target = weapon.fireTarget;
if (weapon.isBeam)
weapon.FireTargetedBeam(target);
else if (weapon.Tag_Guided)
{
if (index > 10 && lag > .03 && !GlobalStats.ForceFullSim && (!weapon.Tag_Intercept) && (weapon.fireTarget is ShipModule))
this.FireOnTargetNonVisible(weapon, (weapon.fireTarget as ShipModule).GetParent());
else
weapon.Fire(new Vector2((float)Math.Sin((double)this.Owner.Rotation + MathHelper.ToRadians(weapon.moduleAttachedTo.facing)), -(float)Math.Cos((double)this.Owner.Rotation + MathHelper.ToRadians(weapon.moduleAttachedTo.facing))), target);
index++;
}
else
{
if (index > 10 && lag > .03 && !GlobalStats.ForceFullSim && (weapon.fireTarget is ShipModule))
this.FireOnTargetNonVisible(weapon, (weapon.fireTarget as ShipModule).GetParent());
else
CalculateAndFire(weapon, target, false);
index++;
}
}
else
this.FireOnTargetNonVisible(weapon, weapon.fireTarget);
}
}
}
}
//catch (Exception e)
{
#if DEBUG
//System.Diagnostics.Debug.WriteLine(e.InnerException);
#endif
}
this.TargetShip = null;
}
//added by gremlin Devekmod AuUpdate(fixed)
public void Update(float elapsedTime)
{
this.CombatAI.UpdateCombatAI(this.Owner);
ArtificialIntelligence.ShipGoal toEvaluate;
if (this.State == AIState.AwaitingOrders && this.DefaultAIState == AIState.Exterminate)
{
this.State = AIState.Exterminate;
}
if (this.Owner.Name == "Subspace Projector")
{
this.BadGuysNear = true;
return;
}
if (this.ClearOrdersNext)
{
this.OrderQueue.Clear();
this.ClearOrdersNext = false;
this.State = AIState.AwaitingOrders;
}
List<Ship> ToRemove = new List<Ship>();
foreach (Ship target in this.TargetQueue)
{
if (target.Active)
{
continue;
}
ToRemove.Add(target);
}
foreach (Ship ship in ToRemove)
{
this.TargetQueue.Remove(ship);
}
if (!this.hasPriorityTarget)
{
this.TargetQueue.Clear();
}
if (this.Owner.loyalty == ArtificialIntelligence.universeScreen.player && ( this.State == AIState.MoveTo && Vector2.Distance(this.Owner.Center, this.MovePosition) > 100f || this.State == AIState.Orbit || (this.State == AIState.Bombard || this.State == AIState.AssaultPlanet || this.State == AIState.BombardTroops) || this.State == AIState.Rebase || this.State == AIState.Scrap || this.State == AIState.Resupply || this.State == AIState.Refit || this.State == AIState.FormationWarp))
{
this.HasPriorityOrder = true;
}
if (this.State == AIState.Resupply)
{
this.HasPriorityOrder = true;
if (this.Owner.Ordinance >= this.Owner.OrdinanceMax)
{
this.HasPriorityOrder = false;
}
}
//if (this.State == AIState.Flee && !this.BadGuysNear)// Vector2.Distance(this.OrbitTarget.Position, this.Owner.Position) < this.Owner.SensorRange + 10000)
//{
// if(this.OrderQueue.Count > 0)
// this.OrderQueue.Remove(this.OrderQueue.Last);
// if (this.Owner.CargoSpace_Used > 0)
// this.State = AIState.SystemTrader;
// else
// this.State = this.DefaultAIState;
//}
this.ScanForThreatTimer -= elapsedTime;
if (this.ScanForThreatTimer < 0f)
{
if (this.inOrbit == true )//&& !(this.State == AIState.Orbit || this.State == AIState.Flee))
{
this.inOrbit = false;
}
this.SetCombatStatus(elapsedTime);
this.ScanForThreatTimer = 2f;
if (this.Owner.loyalty.data.Traits.Pack)
{
this.Owner.DamageModifier = -0.25f;
Ship owner = this.Owner;
owner.DamageModifier = owner.DamageModifier + 0.05f * (float)this.FriendliesNearby.Count;
if (this.Owner.DamageModifier > 0.5f)
{
this.Owner.DamageModifier = 0.5f;
}
}
}
this.UtilityModuleCheckTimer -= elapsedTime;
if (this.UtilityModuleCheckTimer <= 0f)
{
this.UtilityModuleCheckTimer = 1f;
//Added by McShooterz: logic for transporter moduels
if (this.Owner.hasTransporter)
{
foreach (ShipModule module in this.Owner.Transporters)
{
if (module.TransporterTimer <= 0f && module.Active && module.Powered && module.TransporterPower < this.Owner.PowerCurrent)
{
if (this.FriendliesNearby.Count > 0 && module.TransporterOrdnance > 0 && this.Owner.Ordinance > 0)
this.DoOrdinanceTransporterLogic(module);
if (module.TransporterTroopAssault > 0 && this.Owner.TroopList.Count() > 0)
this.DoAssaultTransporterLogic(module);
}
}
}
//Do repair check if friendly ships around and no combat
if (!this.Owner.InCombat && this.FriendliesNearby.Count > 0)
{
//Added by McShooterz: logic for repair beams
if (this.Owner.hasRepairBeam)
{
foreach (ShipModule module in this.Owner.RepairBeams)
{
if (module.InstalledWeapon.timeToNextFire <= 0f && module.InstalledWeapon.moduleAttachedTo.Powered && this.Owner.Ordinance >= module.InstalledWeapon.OrdinanceRequiredToFire && this.Owner.PowerCurrent >= module.InstalledWeapon.PowerRequiredToFire)
{
this.DoRepairBeamLogic(module.InstalledWeapon);
}
}
}
if (this.Owner.HasRepairModule)
{
foreach (Weapon weapon in this.Owner.Weapons)
{
if (weapon.timeToNextFire > 0f || !weapon.moduleAttachedTo.Powered || this.Owner.Ordinance < weapon.OrdinanceRequiredToFire || this.Owner.PowerCurrent < weapon.PowerRequiredToFire || !weapon.IsRepairDrone)
{
continue;
}
this.DoRepairDroneLogic(weapon);
}
}
}
}
if (this.State == AIState.ManualControl)
{
return;
}
this.ReadyToWarp = true;
this.Owner.isThrusting = false;
this.Owner.isTurning = false;
#region old flee code
//if (!this.HasPriorityOrder
// && (this.BadGuysNear || this.Owner.InCombat)
// && (this.Owner.shipData == null || this.Owner.shipData.ShipCategory == ShipData.Category.Civilian)
// && this.Owner.Weapons.Count == 0 && this.Owner.GetHangars().Count == 0 && this.Owner.Transporters.Count() == 0
// && (this.Owner.Role !="troop"
// && this.Owner.Role != "construction"
// && this.State !=AIState.Colonize
// && !this.IgnoreCombat && this.State != AIState.Rebase)
// && (this.Owner.Role == "freighter" || this.Owner.fleet == null || this.Owner.Mothership != null))
//{
// if (this.State != AIState.Flee )
// {
// this.HasPriorityOrder = true;
// this.State = AIState.Flee;
// if (this.State == AIState.Flee)
// {
// this.OrderFlee(false);
// this.Owner.InCombatTimer = 15f;
// }
// }
// else if (this.State == AIState.Flee && (this.OrbitTarget != null && Vector2.Distance(this.OrbitTarget.Position, this.Owner.Position) < this.Owner.SensorRange + 10000))
// {
// this.State = this.DefaultAIState;
// }
//}
#endregion
if (this.State == AIState.SystemTrader && this.start != null && this.end != null && (this.start.Owner != this.Owner.loyalty || this.end.Owner != this.Owner.loyalty))
{
this.start = null;
this.end = null;
this.OrderTrade();
return;
}
if (this.State == AIState.PassengerTransport && this.start != null && this.end != null && (this.start.Owner != this.Owner.loyalty || this.end.Owner != this.Owner.loyalty))
{
this.start = null;
this.end = null;
this.OrderTransportPassengers();
return;
}
#if !DEBUG
try
{
#endif
if (this.OrderQueue.Count == 0)
{
if (this.Owner.fleet == null)
{
lock (this.wayPointLocker)
{
this.ActiveWayPoints.Clear();
}
AIState state = this.State;
if (state <= AIState.MoveTo)
{
if (state <= AIState.SystemTrader)
{
if (state == AIState.DoNothing)
{
this.AwaitOrders(elapsedTime);
}
else
{
switch (state)
{
case AIState.AwaitingOrders:
{
if (this.Owner.loyalty != ArtificialIntelligence.universeScreen.player)
{
this.AwaitOrders(elapsedTime);
}
else
{
this.AwaitOrdersPlayer(elapsedTime);
}
if (this.Owner.OrdinanceMax == 0 || this.Owner.OrdinanceMax > 0 && this.Owner.Ordinance / this.Owner.OrdinanceMax >= 0.2f)
{
break;
}
if (FriendliesNearby.Where(supply => supply.HasSupplyBays && supply.Ordinance >= 100).Count() > 0)
{
break;
}
List<Planet> shipyards = new List<Planet>();
for (int i = 0; i < this.Owner.loyalty.GetPlanets().Count; i++)
{
Planet item = this.Owner.loyalty.GetPlanets()[i];
if (item.HasShipyard)
{
shipyards.Add(item);
}
}
IOrderedEnumerable<Planet> sortedList =
from p in shipyards
orderby Vector2.Distance(this.Owner.Center, p.Position)
select p;
if (sortedList.Count<Planet>() <= 0)
{
break;
}
this.OrderResupply(sortedList.First<Planet>(), true);
break;
}
case AIState.Escort:
{
if (this.EscortTarget != this.Owner.Mothership || this.Owner.Mothership == null || !this.Owner.Mothership.InCombat)
{
if (this.EscortTarget == null || !this.EscortTarget.Active)
{
this.State = AIState.AwaitingOrders; //fbedard
break;
}
this.OrbitShip(this.EscortTarget, elapsedTime);
break;
}
else
{
if(this.Target == null && !(this.hasPriorityTarget || this.HasPriorityOrder))
this.Target = this.Owner.Mothership.GetAI().Target;
this.DoCombat(elapsedTime);
break;
}
}
case AIState.SystemTrader:
{
this.OrderTrade();
if (this.end != null && this.start != null)
{
break;
}
this.AwaitOrders(elapsedTime);
break;
}
}
}
}
else if (state == AIState.PassengerTransport)
{
this.OrderTransportPassengers();
if (this.end == null || this.start == null)
{
this.AwaitOrders(elapsedTime);
}
}
else if (state != AIState.MoveTo)
{
}
}
else if (state <= AIState.ReturnToHangar)
{
switch (state)
{
case AIState.SystemDefender:
{
if (this.Target != null)
System.Diagnostics.Debug.WriteLine("SD Tatget" + this.Owner.VanityName);
//if(this.Target == null)
this.AwaitOrders(elapsedTime);
break;
}
case AIState.AwaitingOffenseOrders:
{
break;
}
case AIState.Resupply:
{
if (this.Owner.Ordinance != this.Owner.OrdinanceMax)
{
break;
}
this.State = AIState.AwaitingOrders;
break;
}
default:
{
if (state == AIState.ReturnToHangar)
{
this.DoReturnToHangar(elapsedTime);
break;
}
else
{
break;
}
}
}
}
else if (state != AIState.Intercept)
{
if (state == AIState.Exterminate)
{
this.OrderFindExterminationTarget(true);
}
}
else if (this.Target != null)
{
this.OrbitShip(this.Target as Ship, elapsedTime);
}
}
else
{
float DistanceToFleetOffset = Vector2.Distance(this.Owner.Center, this.Owner.fleet.Position + this.Owner.FleetOffset);
Vector2 toAdd = (this.Owner.Velocity != Vector2.Zero ? Vector2.Normalize(this.Owner.Velocity) : Vector2.Zero) * 100f;
Vector2.Distance(this.Owner.Center, (this.Owner.fleet.Position + this.Owner.FleetOffset) + toAdd);
Vector2 vector2 = HelperFunctions.findPointFromAngleAndDistanceUsingRadians(this.Owner.fleet.Position + this.Owner.FleetOffset, this.Owner.fleet.facing, 1f);
Vector2 fvec = HelperFunctions.FindVectorToTarget(Vector2.Zero, vector2);
if (DistanceToFleetOffset <= 75f || this.HasPriorityOrder)
{
this.Owner.Velocity = Vector2.Zero;
vector2 = HelperFunctions.findPointFromAngleAndDistanceUsingRadians(Vector2.Zero, this.Owner.fleet.facing, 1f);
fvec = HelperFunctions.FindVectorToTarget(Vector2.Zero, vector2);
Vector2 wantedForward = Vector2.Normalize(fvec);
Vector2 forward = new Vector2((float)Math.Sin((double)this.Owner.Rotation), -(float)Math.Cos((double)this.Owner.Rotation));
Vector2 right = new Vector2(-forward.Y, forward.X);
float angleDiff = (float)Math.Acos((double)Vector2.Dot(wantedForward, forward));
float facing = (Vector2.Dot(wantedForward, right) > 0f ? 1f : -1f);
if (angleDiff > 0.02f)
{
this.RotateToFacing(elapsedTime, angleDiff, facing);
}
this.State = AIState.AwaitingOrders;
}
else
{
this.ThrustTowardsPosition(this.Owner.fleet.Position + this.Owner.FleetOffset, elapsedTime, this.Owner.fleet.speed);
lock (this.wayPointLocker)
{
this.ActiveWayPoints.Clear();
this.ActiveWayPoints.Enqueue(this.Owner.fleet.Position + this.Owner.FleetOffset);
if (this.Owner.fleet.GetStack().Count > 0)
{
this.ActiveWayPoints.Enqueue(this.Owner.fleet.GetStack().Peek().MovePosition + this.Owner.FleetOffset);
}
}
}
}
}
else if (this.OrderQueue.Count > 0)
{
#if DEBUG
try
#endif
{
toEvaluate = this.OrderQueue.First<ArtificialIntelligence.ShipGoal>();
}
#if DEBUG
catch
{
return;
}
#endif
Planet target = toEvaluate.TargetPlanet;
switch (toEvaluate.Plan)
{
case ArtificialIntelligence.Plan.HoldPosition:
{
//
//
this.HoldPosition();
break;
}
case ArtificialIntelligence.Plan.Stop:
{
this.Stop(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.Scrap:
{
this.ScrapShip(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.Bombard:
//target = toEvaluate.TargetPlanet; //Modified by Ermenildo V. Castro, Jr.; 07/29/15: Removed redunant statement, assignment occurs before SWITCH
if (this.Owner.Ordinance < 0.05* this.Owner.OrdinanceMax
|| (target.TroopsHere.Count <= target.TroopsHere.Count * .40f || target.Population <= target.Population * .10f) //Legacy Code: (target.BuildingList.Count == 0 && target.TroopsHere.Count == 0 && target.Population <0f)
//Modified by Ermenildo V. Castro, Jr. for Issue #488
//Issue #488:
//The ai needs to soften planets more for invasion but try not to kill all the populace
//Modified conditional to reflect goals for Issue #488:
// - Stop bombarding if planet population is less than 10% of the original target population
// - Stop bombarding if opposition troops are attrited by at least 60%, id est: target troops less than 40% of original troop count
|| target.GetGroundStrengthOther(this.Owner.loyalty) * 1.5
<= target.GetGroundStrength(this.Owner.loyalty)
)
{
this.OrderQueue.Clear();
if(this.CombatState == CombatState.Evade)
this.State = AIState.AwaitingOrders;
this.HasPriorityOrder = false;
}
this.DoOrbit(toEvaluate.TargetPlanet, elapsedTime);
float radius = toEvaluate.TargetPlanet.ObjectRadius + this.Owner.Radius + 1000;
if (toEvaluate.TargetPlanet.Owner == this.Owner.loyalty) //cannot bombard friednly planets
{
this.OrderQueue.Clear();
return;
}
else if (Vector2.Distance(this.Owner.Center, toEvaluate.TargetPlanet.Position) < radius)
{
using (List<ShipModule>.Enumerator enumerator = this.Owner.BombBays.GetEnumerator())
{
while (enumerator.MoveNext())
{
ShipModule current = enumerator.Current;
if ((double)current.BombTimer <= 0.0)
{
Bomb bomb = new Bomb(new Vector3(this.Owner.Center, 0.0f), this.Owner.loyalty);
bomb.WeaponName = current.BombType;
if ((double)this.Owner.Ordinance > (double)ResourceManager.WeaponsDict[current.BombType].OrdinanceRequiredToFire)
{
this.Owner.Ordinance -= ResourceManager.WeaponsDict[current.BombType].OrdinanceRequiredToFire;
bomb.SetTarget(toEvaluate.TargetPlanet);
//lock (GlobalStats.BombLock)
ArtificialIntelligence.universeScreen.BombList.Add(bomb);
current.BombTimer = ResourceManager.WeaponsDict[current.BombType].fireDelay;
}
}
}
break;
}
}
else
break;
case ArtificialIntelligence.Plan.BombTroops:
target = toEvaluate.TargetPlanet;
if (target.TroopsHere.Where(unfriendlyTroops => unfriendlyTroops.GetOwner() != this.Owner.loyalty).Count() * 1.5
>= target.TilesList.Sum(space => space.number_allowed_troops))
{
if ((double)this.Owner.Ordinance < 0.0500000007450581 * (double)this.Owner.OrdinanceMax)
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
this.HasPriorityOrder = false;
}
this.DoOrbit(toEvaluate.TargetPlanet, elapsedTime);
radius = toEvaluate.TargetPlanet.ObjectRadius + this.Owner.Radius + 1000;
if (toEvaluate.TargetPlanet.Owner == this.Owner.loyalty)
{
this.OrderQueue.Clear();
return;
}
else if ((double)Vector2.Distance(this.Owner.Center, toEvaluate.TargetPlanet.Position) < radius)
{
using (List<ShipModule>.Enumerator enumerator = this.Owner.BombBays.GetEnumerator())
{
while (enumerator.MoveNext())
{
ShipModule current = enumerator.Current;
if ((double)current.BombTimer <= 0.0)
{
Bomb bomb = new Bomb(new Vector3(this.Owner.Center, 0.0f), this.Owner.loyalty);
bomb.WeaponName = current.BombType;
if ((double)this.Owner.Ordinance > (double)ResourceManager.WeaponsDict[current.BombType].OrdinanceRequiredToFire)
{
this.Owner.Ordinance -= ResourceManager.WeaponsDict[current.BombType].OrdinanceRequiredToFire;
bomb.SetTarget(toEvaluate.TargetPlanet);
//lock (GlobalStats.BombLock)
ArtificialIntelligence.universeScreen.BombList.Add(bomb);
current.BombTimer = ResourceManager.WeaponsDict[current.BombType].fireDelay;
}
}
}
break;
}
}
else
break;
}
else if (this.Owner.HasTroopBay || (this.Owner.hasTransporter))
{
this.State = AIState.AssaultPlanet;
this.OrderAssaultPlanet(target);
}
else
this.OrderQueue.Clear();
break;
case ArtificialIntelligence.Plan.Exterminate:
{
this.DoOrbit(toEvaluate.TargetPlanet, elapsedTime);
radius = toEvaluate.TargetPlanet.ObjectRadius + this.Owner.Radius + 1000;
if (toEvaluate.TargetPlanet.Owner == this.Owner.loyalty || toEvaluate.TargetPlanet.Owner == null)
{
this.OrderQueue.Clear();
this.OrderFindExterminationTarget(true);
return;
}
else
{
if (Vector2.Distance(this.Owner.Center, toEvaluate.TargetPlanet.Position) >= radius)
break;
List<ShipModule>.Enumerator enumerator1 = this.Owner.BombBays.GetEnumerator();
try
{
while (enumerator1.MoveNext())
{
ShipModule mod = enumerator1.Current;
if (mod.BombTimer > 0f)
continue;
Bomb b = new Bomb(new Vector3(this.Owner.Center, 0f), this.Owner.loyalty)
{
WeaponName = mod.BombType
};
if (this.Owner.Ordinance <= ResourceManager.WeaponsDict[mod.BombType].OrdinanceRequiredToFire)
{
continue;
}
Ship owner1 = this.Owner;
owner1.Ordinance = owner1.Ordinance - ResourceManager.WeaponsDict[mod.BombType].OrdinanceRequiredToFire;
b.SetTarget(toEvaluate.TargetPlanet);
//lock (GlobalStats.BombLock)
{
ArtificialIntelligence.universeScreen.BombList.Add(b);
}
mod.BombTimer = ResourceManager.WeaponsDict[mod.BombType].fireDelay;
}
break;
}
finally
{
((IDisposable)enumerator1).Dispose();
}
}
}
case ArtificialIntelligence.Plan.RotateToFaceMovePosition:
{
this.RotateToFaceMovePosition(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.RotateToDesiredFacing:
{
this.RotateToDesiredFacing(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.MoveToWithin1000:
{
this.MoveToWithin1000(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.MakeFinalApproachFleet:
{
if (this.Owner.fleet != null)
{
this.MakeFinalApproachFleet(elapsedTime, toEvaluate);
break;
}
else
{
this.State = AIState.AwaitingOrders;
break;
}
}
case ArtificialIntelligence.Plan.MoveToWithin1000Fleet:
{
if (this.Owner.fleet != null)
{
this.MoveToWithin1000Fleet(elapsedTime, toEvaluate);
break;
}
else
{
this.State = AIState.AwaitingOrders;
break;
}
}
case ArtificialIntelligence.Plan.MakeFinalApproach:
{
this.MakeFinalApproach(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.RotateInlineWithVelocity:
{
this.RotateInLineWithVelocity(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.StopWithBackThrust:
{
this.StopWithBackwardsThrust(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.Orbit:
{
this.DoOrbit(toEvaluate.TargetPlanet, elapsedTime);
break;
}
case ArtificialIntelligence.Plan.Colonize:
{
this.Colonize(toEvaluate.TargetPlanet);
break;
}
case ArtificialIntelligence.Plan.Explore:
{
this.DoExplore(elapsedTime);
break;
}
case ArtificialIntelligence.Plan.Rebase:
{
this.DoRebase(toEvaluate);
break;
}
case ArtificialIntelligence.Plan.DefendSystem:
{
if (this.Target != null)
System.Diagnostics.Debug.WriteLine(this.Target);
this.DoSystemDefense(elapsedTime);
break;
}
case ArtificialIntelligence.Plan.DoCombat:
{
this.DoCombat(elapsedTime);
break;
}
case ArtificialIntelligence.Plan.MoveTowards:
{
this.MoveTowardsPosition(this.MovePosition, elapsedTime);
break;
}
case ArtificialIntelligence.Plan.PickupPassengers:
{
if (this.start != null)
this.PickupPassengers();
else
this.State = AIState.AwaitingOrders;
break;
}
case ArtificialIntelligence.Plan.DropoffPassengers:
{
try
{
this.DropoffPassengers();
}
catch
{
System.Diagnostics.Debug.WriteLine("DropoffPassengers failed");
}
break;
}
case ArtificialIntelligence.Plan.DeployStructure:
{
this.DoDeploy(toEvaluate);
break;
}
case ArtificialIntelligence.Plan.PickupGoods:
{
try
{
this.PickupGoods();
}
catch
{ }
break;
}
case ArtificialIntelligence.Plan.DropOffGoods:
{
this.DropoffGoods();
break;
}
case ArtificialIntelligence.Plan.ReturnToHangar:
{
this.DoReturnToHangar(elapsedTime);
break;
}
case ArtificialIntelligence.Plan.TroopToShip:
{
this.DoTroopToShip(elapsedTime);
break;
}
case ArtificialIntelligence.Plan.BoardShip:
{
this.DoBoardShip(elapsedTime);
break;
}
case ArtificialIntelligence.Plan.SupplyShip:
{
this.DoSupplyShip(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.Refit:
{
this.DoRefit(elapsedTime, toEvaluate);
break;
}
case ArtificialIntelligence.Plan.LandTroop:
{
this.DoLandTroop(elapsedTime, toEvaluate);
break;
}
}
}
goto Label0;
#if !DEBUG
}
catch
{
}
#endif
Label0:
AIState aIState = this.State;
if (aIState == AIState.SystemTrader)
{
foreach (ArtificialIntelligence.ShipGoal goal in this.OrderQueue)
{
if (goal.Plan == ArtificialIntelligence.Plan.TransportPassengers && goal.TargetPlanet != null && goal.TargetPlanet.Owner != this.Owner.loyalty)
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
else if (goal.Plan == ArtificialIntelligence.Plan.PickupPassengers && goal.TargetPlanet != null && goal.TargetPlanet.Owner != this.Owner.loyalty)
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
else if (goal.Plan == ArtificialIntelligence.Plan.PickupGoods && goal.TargetPlanet != null && goal.TargetPlanet.Owner != this.Owner.loyalty)
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
else if (goal.Plan != ArtificialIntelligence.Plan.DropoffPassengers || goal.TargetPlanet == null || goal.TargetPlanet.Owner == this.Owner.loyalty)
{
if (goal.Plan != ArtificialIntelligence.Plan.DropOffGoods || goal.TargetPlanet == null || goal.TargetPlanet.Owner == this.Owner.loyalty)
{
continue;
}
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
else
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
}
}
else if (aIState == AIState.PassengerTransport)
{
foreach (ArtificialIntelligence.ShipGoal goal in this.OrderQueue)
{
if (goal.Plan == ArtificialIntelligence.Plan.TransportPassengers && goal.TargetPlanet != null && goal.TargetPlanet.Owner != this.Owner.loyalty)
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
else if (goal.Plan == ArtificialIntelligence.Plan.PickupPassengers && goal.TargetPlanet != null && goal.TargetPlanet.Owner != this.Owner.loyalty)
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
else if (goal.Plan == ArtificialIntelligence.Plan.PickupGoods && goal.TargetPlanet != null && goal.TargetPlanet.Owner != this.Owner.loyalty)
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
else if (goal.Plan != ArtificialIntelligence.Plan.DropoffPassengers || goal.TargetPlanet == null || goal.TargetPlanet.Owner == this.Owner.loyalty)
{
if (goal.Plan != ArtificialIntelligence.Plan.DropOffGoods || goal.TargetPlanet == null || goal.TargetPlanet.Owner == this.Owner.loyalty)
{
continue;
}
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
else
{
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
}
}
else if (aIState == AIState.Rebase)
{
foreach (ArtificialIntelligence.ShipGoal goal in this.OrderQueue)
//Parallel.ForEach(this.OrderQueue, (goal, state) =>
{
if (goal.Plan != ArtificialIntelligence.Plan.Rebase || goal.TargetPlanet == null || goal.TargetPlanet.Owner == this.Owner.loyalty)
{
continue;
}
this.OrderQueue.Clear();
this.State = AIState.AwaitingOrders;
break;
}
}
//if(targetChangeTimer >-1)
//targetChangeTimer -= elapsedTime;
//if(TriggerDelay >-1)
TriggerDelay -= elapsedTime;
if (this.Owner.InCombat && this.BadGuysNear && !this.IgnoreCombat)
{
if (this.TriggerDelay < 0)
{
TriggerDelay = elapsedTime * 2;
bool docombat = false;
LinkedListNode<ArtificialIntelligence.ShipGoal> tempShipGoal = this.OrderQueue.First;
ShipGoal firstgoal = tempShipGoal != null ? tempShipGoal.Value : null; //.FirstOrDefault<ArtificialIntelligence.ShipGoal>();
if (this.Owner.Weapons.Count > 0 || this.Owner.GetHangars().Count > 0)
#if !DEBUG
try
#endif
{
docombat = (!this.HasPriorityOrder && (this.OrderQueue.Count == 0 || firstgoal != null && firstgoal.Plan != ArtificialIntelligence.Plan.DoCombat));
if (docombat)//|| this.OrderQueue.Count == 0))
{
this.OrderQueue.AddFirst(new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.DoCombat, Vector2.Zero, 0f));
}
//this.fireTask = Task.Factory.StartNew(this.FireOnTarget);//,TaskCreationOptions.LongRunning);
//fireTask = new Task(this.FireOnTarget);
this.FireOnTarget();
}
#if !DEBUG
catch
{
}
#endif
}
}
else
{
if (this.Owner.GetHangars().Count > 0 && this.Owner.loyalty != ArtificialIntelligence.universeScreen.player)
{
foreach (ShipModule hangar in this.Owner.GetHangars())
{
if (hangar.IsTroopBay || hangar.IsSupplyBay || hangar.GetHangarShip() == null
//||hangar.GetHangarShip().InCombat
|| hangar.GetHangarShip().GetAI().State == AIState.ReturnToHangar)
{
continue;
}
hangar.GetHangarShip().GetAI().OrderReturnToHangar();
}
}
else if (this.Owner.GetHangars().Count > 0)
{
foreach (ShipModule hangar in this.Owner.GetHangars())
{
if (hangar.IsTroopBay
|| hangar.IsSupplyBay
|| hangar.GetHangarShip() == null
|| hangar.GetHangarShip().GetAI().State == AIState.ReturnToHangar
//|| hangar.GetHangarShip().InCombat
|| hangar.GetHangarShip().GetAI().hasPriorityTarget
|| hangar.GetHangarShip().GetAI().HasPriorityOrder
)
{
continue;
}
hangar.GetHangarShip().DoEscort(this.Owner);
}
}
}
if (this.State == AIState.Resupply && !this.HasPriorityOrder)
{
this.HasPriorityOrder = true;
}
//if (this.Owner.Weapons.Count() == 0 && this.BadGuysNear) //||( this.State != AIState.AssaultPlanet && this.State != AIState.Boarding
//{
// this.CombatState = Gameplay.CombatState.Evade;
//}
if (!this.Owner.isTurning)
{
this.DeRotate();
return;
}
else
{
return;
}
}
public virtual void FireDroneBeam(Vector2 direction, GameplayObject target, DroneAI source)
{
this.drowner = source.Owner;
if (this.timeToNextFire > 0f)
{
return;
}
this.timeToNextFire = this.fireDelay;
this.CreateDroneBeam(direction, target, source);
}
public virtual void FireFromPlanet(Vector2 direction, Planet p, GameplayObject target)
{
if (target is ShipModule)
(target as ShipModule).GetParent().InCombatTimer = 15f;
Vector2 StartPos = p.Position;
if (this.FireArc != 0)
{
float DegreesBetweenShots = (float)(this.FireArc / this.ProjectileCount);
float angleToTarget = this.findAngleToTarget(direction);
for (int i = 0; i < this.ProjectileCount; i++)
{
Vector2 newTarget = this.findTargetFromAngleAndDistance(StartPos, angleToTarget - (float)(this.FireArc / 2) + DegreesBetweenShots * (float)i, this.Range);
Vector2 fireDirection = this.findVectorToTarget(StartPos, newTarget);
fireDirection.Y = fireDirection.Y * -1f;
this.CreateProjectilesFromPlanet(Vector2.Normalize(fireDirection), p, target);
}
return;
}
if (this.FireCone <= 0)
{
if (!this.isBeam)
{
for (int i = 0; i < this.ProjectileCount; i++)
{
if (this.WeaponType != "Missile")
{
this.CreateProjectilesFromPlanet(direction, p, target);
}
else
{
this.CreateProjectilesFromPlanet(Vector2.Normalize(direction), p, target);
}
}
}
return;
}
float spread = RandomMath2.RandomBetween((float)(-this.FireCone / 2), (float)(this.FireCone / 2));
float angleToTarget2 = this.findAngleToTarget(direction);
Vector2 newTarget2 = this.findTargetFromAngleAndDistance(StartPos, angleToTarget2 + spread, this.Range);
Vector2 fireDirection2 = this.findVectorToTarget(StartPos, newTarget2);
fireDirection2.Y = fireDirection2.Y * -1f;
this.CreateProjectilesFromPlanet(Vector2.Normalize(fireDirection2), p, target);
}
private void SetCombatStatus(float elapsedTime)
{
//if(this.State==AIState.Scrap)
//{
// this.Target = null;
// this.Owner.InCombatTimer = 0f;
// this.Owner.InCombat = false;
// this.TargetQueue.Clear();
// return;
//}
float radius = 30000f;
Vector2 senseCenter = this.Owner.Center;
if (UseSensorsForTargets)
{
if (this.Owner.Mothership != null)
{
if (Vector2.Distance(this.Owner.Center, this.Owner.Mothership.Center) <= this.Owner.Mothership.SensorRange - this.Owner.SensorRange)
{
senseCenter = this.Owner.Mothership.Center;
radius = this.Owner.Mothership.SensorRange;
}
}
else
{
radius = this.Owner.SensorRange;
if (this.Owner.inborders) radius += 10000;
}
}
if (this.Owner.fleet != null)
{
if (!this.hasPriorityTarget)
{
this.Target = this.ScanForCombatTargets(senseCenter, radius);
}
else
{
this.ScanForCombatTargets(senseCenter, radius);
}
}
else if (!this.hasPriorityTarget)
{
//#if DEBUG
// if (this.State == AIState.Intercept && this.Target != null)
// System.Diagnostics.Debug.WriteLine(this.Target);
//#endif
this.Target = this.ScanForCombatTargets(senseCenter, radius);
}
else
{
this.ScanForCombatTargets(senseCenter, radius);
}
if (this.State == AIState.Resupply)
{
return;
}
if (((this.Owner.Role == "freighter" && this.Owner.CargoSpace_Max > 0) || this.Owner.Role == "scout" || this.Owner.Role == "construction" || this.Owner.Role == "troop" || this.IgnoreCombat || this.State == AIState.Resupply || this.State == AIState.ReturnToHangar || this.State == AIState.Colonize) || this.Owner.VanityName == "Resupply Shuttle")
{
return;
}
if (this.Owner.fleet != null && this.State == AIState.FormationWarp)
{
bool doreturn = true;
if (this.Owner.fleet != null && this.State == AIState.FormationWarp && Vector2.Distance(this.Owner.Center, this.Owner.fleet.Position + this.Owner.FleetOffset) < 15000f)
{
doreturn = false;
}
if (doreturn)
{
//if (this.Owner.engineState == Ship.MoveState.Sublight && this.NearbyShips.Count > 0)
//{
// this.Owner.ShieldsUp = true;
//}
return;
}
}
if (this.Owner.fleet != null)
{
foreach (FleetDataNode datanode in this.Owner.fleet.DataNodes)
{
if (datanode.GetShip() != this.Owner)
{
continue;
}
this.node = datanode;
break;
}
}
if (this.Target != null && !this.Owner.InCombat)
{
this.Owner.InCombatTimer = 15f;
if (!this.HasPriorityOrder && this.OrderQueue.Count > 0 && this.OrderQueue.ElementAt<ArtificialIntelligence.ShipGoal>(0).Plan != ArtificialIntelligence.Plan.DoCombat)
{
ArtificialIntelligence.ShipGoal combat = new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.DoCombat, Vector2.Zero, 0f);
this.State = AIState.Combat;
this.OrderQueue.AddFirst(combat);
return;
}
else if (!this.HasPriorityOrder)
{
ArtificialIntelligence.ShipGoal combat = new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.DoCombat, Vector2.Zero, 0f);
this.State = AIState.Combat;
this.OrderQueue.AddFirst(combat);
return;
}
else
{
if (!this.HasPriorityOrder || this.CombatState == CombatState.HoldPosition || this.OrderQueue.Count != 0)
return;
ArtificialIntelligence.ShipGoal combat = new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.DoCombat, Vector2.Zero, 0f);
this.State = AIState.Combat;
this.OrderQueue.AddFirst(combat);
}
}
}
public virtual void FireTargetedBeam(GameplayObject target)
{
if (this.timeToNextFire > 0f)
{
return;
}
this.owner.InCombatTimer = 15f;
this.timeToNextFire = this.fireDelay;
if (this.moduleAttachedTo.Active && this.owner.PowerCurrent > this.PowerRequiredToFire && this.OrdinanceRequiredToFire <= this.owner.Ordinance)
{
this.CreateTargetedBeam(target);
this.owner.Ordinance -= this.OrdinanceRequiredToFire;
this.owner.PowerCurrent -= this.PowerRequiredToFire;
}
}
private void SetCombatStatusorig(float elapsedTime)
{
if (this.Owner.fleet != null)
{
if (!this.hasPriorityTarget)
{
this.Target = this.ScanForCombatTargets(this.Owner.Center, 30000f);
}
else
{
this.ScanForCombatTargets(this.Owner.Center, 30000f);
}
}
else if (!this.hasPriorityTarget)
{
this.Target = this.ScanForCombatTargets(this.Owner.Center, 30000f);
}
else
{
this.ScanForCombatTargets(this.Owner.Center, 30000f);
}
if (this.State == AIState.Resupply)
{
return;
}
if ((this.Owner.Role == "freighter" || this.Owner.Role == "scout" || this.Owner.Role == "construction" || this.Owner.Role == "troop" || this.IgnoreCombat || this.State == AIState.Resupply || this.State == AIState.ReturnToHangar) && !this.Owner.IsSupplyShip)
{
return;
}
if (this.Owner.fleet != null && this.State == AIState.FormationWarp)
{
bool doreturn = true;
if (this.Owner.fleet != null && this.State == AIState.FormationWarp && Vector2.Distance(this.Owner.Center, this.Owner.fleet.Position + this.Owner.FleetOffset) < 15000f)
{
doreturn = false;
}
if (doreturn)
{
return;
}
}
if (this.Owner.fleet != null)
{
foreach (FleetDataNode datanode in this.Owner.fleet.DataNodes)
{
if (datanode.GetShip() != this.Owner)
{
continue;
}
this.node = datanode;
break;
}
}
if (this.Target != null && !this.Owner.InCombat)
{
this.Owner.InCombat = true;
this.Owner.InCombatTimer = 15f;
if (!this.HasPriorityOrder && this.OrderQueue.Count > 0 && this.OrderQueue.ElementAt<ArtificialIntelligence.ShipGoal>(0).Plan != ArtificialIntelligence.Plan.DoCombat)
{
ArtificialIntelligence.ShipGoal combat = new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.DoCombat, Vector2.Zero, 0f);
this.State = AIState.Combat;
this.OrderQueue.AddFirst(combat);
return;
}
if (!this.HasPriorityOrder)
{
ArtificialIntelligence.ShipGoal combat = new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.DoCombat, Vector2.Zero, 0f);
this.State = AIState.Combat;
this.OrderQueue.AddFirst(combat);
return;
}
if (this.HasPriorityOrder && this.CombatState != Ship_Game.Gameplay.CombatState.HoldPosition && this.OrderQueue.Count == 0)
{
ArtificialIntelligence.ShipGoal combat = new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.DoCombat, Vector2.Zero, 0f);
this.State = AIState.Combat;
this.OrderQueue.AddFirst(combat);
return;
}
}
else if (this.Target == null)
{
this.Owner.InCombat = false;
}
}
protected virtual void CreateDroneBeam(Vector2 destination, GameplayObject target, DroneAI source)
{
if (source == null)
return;
Beam beam = new Beam(source.Owner.Center, target.Center, this.BeamThickness, source.Owner, target);
beam.moduleAttachedTo = this.moduleAttachedTo;
beam.PowerCost = (float)this.BeamPowerCostPerSecond;
beam.range = this.Range;
beam.thickness = this.BeamThickness;
beam.Duration = (float)this.BeamDuration > 0 ? this.BeamDuration : 2f;
beam.damageAmount = this.DamageAmount;
beam.weapon = this;
if(!beam.LoadContent(Weapon.universeScreen.ScreenManager, Weapon.universeScreen.view, Weapon.universeScreen.projection))
{
beam.Die(null, true);
return;
}
source.Beams.Add(beam);
this.ToggleSoundOn = false;
if (Weapon.universeScreen.viewState <= UniverseScreen.UnivScreenState.SystemView)
{
//Added by McShooterz: Use sounds from new sound dictionary
if (ResourceManager.SoundEffectDict.ContainsKey(this.fireCueName))
{
AudioManager.PlaySoundEffect(ResourceManager.SoundEffectDict[fireCueName], Weapon.audioListener, source.Owner.emitter, 0.5f);
}
else
{
if (!string.IsNullOrEmpty(this.fireCueName))
{
this.fireCue = AudioManager.GetCue(this.fireCueName);
this.fireCue.Apply3D(Weapon.audioListener, source.Owner.emitter);
this.fireCue.Play();
}
}
if (!string.IsNullOrEmpty(this.ToggleSoundName))
{
this.ToggleSoundOn = true;
this.ToggleCue = AudioManager.GetCue(this.ToggleSoundName);
this.ToggleCue.Apply3D(Weapon.audioListener, source.Owner.emitter);
this.ToggleCue.Play();
}
}
}
public void OrderAttackSpecificTarget(Ship toAttack)
{
this.TargetQueue.Clear();
if (toAttack == null)
{
return;
}
if (this.Owner.loyalty.GetRelations().ContainsKey(toAttack.loyalty))
{
if (!this.Owner.loyalty.GetRelations()[toAttack.loyalty].Treaty_Peace)
{
if (this.State == AIState.AttackTarget && this.Target == toAttack)
{
return;
}
if (this.State == AIState.SystemDefender && this.Target == toAttack)
{
return;
}
if (this.Owner.Weapons.Count == 0 || this.Owner.Role == "troop")
{
this.OrderInterceptShip(toAttack);
return;
}
this.Intercepting = true;
lock (this.wayPointLocker)
{
this.ActiveWayPoints.Clear();
}
this.State = AIState.AttackTarget;
this.Target = toAttack;
this.Owner.InCombatTimer = 15f;
this.OrderQueue.Clear();
this.IgnoreCombat = false;
this.TargetQueue.Add(toAttack);
this.hasPriorityTarget = true;
this.HasPriorityOrder = false;
ArtificialIntelligence.ShipGoal combat = new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.DoCombat, Vector2.Zero, 0f);
this.OrderQueue.AddLast(combat);
return;
}
this.OrderInterceptShip(toAttack);
}
}
public void DamageMissile(GameplayObject source, float damageAmount)
{
this.Health -= damageAmount;
if (base.Health <= 0f && this.Active)
{
this.DieNextFrame = true;
}
}
//added by gremlin to run away
public void OrderFlee(bool ClearOrders)
{
lock (this.wayPointLocker)
{
this.ActiveWayPoints.Clear();
}
this.Target = null;
this.Intercepting = false;
this.Owner.HyperspaceReturn();
if (ClearOrders)
{
this.OrderQueue.Clear();
}
IOrderedEnumerable<SolarSystem> systemList =
from solarsystem in this.Owner.loyalty.GetOwnedSystems()
where solarsystem.combatTimer <=0 && Vector2.Distance(solarsystem.Position,this.Owner.Position) >300000
orderby Vector2.Distance(this.Owner.Center, solarsystem.Position)
select solarsystem;
if (systemList.Count<SolarSystem>() > 0)
{
Planet item = systemList.First<SolarSystem>().PlanetList[0];
this.OrbitTarget = item;
ArtificialIntelligence.ShipGoal orbit = new ArtificialIntelligence.ShipGoal(ArtificialIntelligence.Plan.Orbit, Vector2.Zero, 0f)
{
TargetPlanet = item
};
this.resupplyTarget = item;
this.OrderQueue.AddLast(orbit);
this.State = AIState.Flee;
}
}
public void InitializeMissilePlanet(float initialSpeed, Vector2 direction, GameplayObject Target, Ship_Game.Planet p)
{
this.direction = direction;
this.Center = p.Position;
this.zStart = -2500f;
this.velocity = (initialSpeed * direction) + (this.owner != null ? this.owner.Velocity : Vector2.Zero);
this.radius = 1f;
this.velocityMaximum = initialSpeed + (this.owner != null ? this.owner.Velocity.Length() : 0f);
this.duration = this.range / initialSpeed * 2f;
this.initialDuration = this.duration;
this.planet = p;
if (this.weapon.Animated == 1)
{
this.switchFrames = this.initialDuration / (float)this.weapon.Frames;
if (this.weapon.LoopAnimation == 1)
{
this.AnimationFrame = (int)((this.system != null ? this.system.RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(0f, (float)(this.weapon.Frames - 1));
}
}
Projectile projectile1 = this;
projectile1.particleDelay = projectile1.particleDelay + this.weapon.particleDelay;
if (this.weapon.Tag_Guided)
{
this.missileAI = new MissileAI(this);
this.missileAI.SetTarget(Target);
}
if (this.ProjSO !=null &&(this.WeaponType == "Missile" || this.WeaponType == "Drone" || this.WeaponType == "Rocket") && (this.system != null && this.system.isVisible || this.isInDeepSpace))
{
this.wasAddedToSceneGraph = true;
lock (GlobalStats.ObjectManagerLocker)
{
Projectile.universeScreen.ScreenManager.inter.ObjectManager.Submit(this.ProjSO);
}
}
if (this.system == null)
{
Projectile.universeScreen.DSProjectilesToAdd.Add(this);
UniverseScreen.DeepSpaceManager.CollidableProjectiles.Add(this);
}
else
{
//lock (GlobalStats.BucketLock)
{
this.system.spatialManager.CollidableProjectiles.Add(this);
this.system.spatialManager.RegisterObject(this);
this.system.spatialManager.CollidableObjects.Add(this);
}
}
base.Initialize();
}
protected virtual void CreateProjectilesFromPlanet(Vector2 direction, Planet p, GameplayObject target)
{
Projectile projectile = new Projectile(p, direction)
{
range = this.Range,
weapon = this,
explodes = this.explodes,
damageAmount = this.DamageAmount
};
if (this.RangeVariance)
{
projectile.range *= RandomMath.RandomBetween(0.9f, 1.1f);
}
projectile.explodes = this.explodes;
projectile.damageRadius = this.DamageRadius;
projectile.explosionradiusmod = this.ExplosionRadiusVisual;
projectile.Health = this.HitPoints;
projectile.speed = this.ProjectileSpeed;
projectile.WeaponEffectType = this.WeaponEffectType;
projectile.WeaponType = this.WeaponType;
projectile.LoadContent(this.ProjectileTexturePath, this.ModelPath);
projectile.RotationRadsPerSecond = this.RotationRadsPerSecond;
projectile.ArmorPiercing = (byte)this.ArmourPen;
/*
if (this.ShieldPenChance > 0)
{
projectile.IgnoresShields = RandomMath.RandomBetween(0, 100) <= this.ShieldPenChance;
} */
this.ModifyProjectile(projectile);
if(this.Tag_Guided)
projectile.InitializeMissilePlanet(projectile.speed, direction, target, p);
else
projectile.InitializePlanet(projectile.speed, direction, p.Position);
projectile.Radius = this.ProjectileRadius;
if (this.Animated == 1)
{
string remainder = 0.ToString("00000.##");
projectile.texturePath = string.Concat(this.AnimationPath, remainder);
}
p.Projectiles.Add(projectile);
this.planetEmitter = new AudioEmitter()
{
Position = new Vector3(p.Position, 2500f)
};
if (Weapon.universeScreen.viewState <= UniverseScreen.UnivScreenState.SystemView)
{
projectile.DieSound = true;
if (!string.IsNullOrEmpty(this.ToggleSoundName) && !this.ToggleSoundOn)
{
this.ToggleSoundOn = true;
this.ToggleCue = AudioManager.GetCue(this.ToggleSoundName);
this.ToggleCue.Apply3D(Weapon.audioListener, this.planetEmitter);
this.ToggleCue.Play();
this.lastFireSound = 0f;
//Added by McShooterz: Use sounds from new sound dictionary
if (ResourceManager.SoundEffectDict.ContainsKey(this.fireCueName))
{
AudioManager.PlaySoundEffect(ResourceManager.SoundEffectDict[fireCueName], Weapon.audioListener, this.planetEmitter, 0.5f);
}
else
{
this.fireCue = AudioManager.GetCue(this.fireCueName);
if (!this.owner.isPlayerShip())
{
this.fireCue.Apply3D(Weapon.audioListener, this.planetEmitter);
}
if (this.fireCue != null)
{
this.fireCue.Play();
}
}
}
if (!string.IsNullOrEmpty(ResourceManager.WeaponsDict[this.UID].dieCue))
{
projectile.dieCueName = ResourceManager.WeaponsDict[this.UID].dieCue;
}
if (!string.IsNullOrEmpty(this.InFlightCue))
{
projectile.InFlightCue = this.InFlightCue;
}
try
{
if (this.ToggleCue == null)
{
this.planetEmitter.Position = new Vector3(p.Position, -2500f);
this.lastFireSound = 0f;
//Added by McShooterz: Use sounds from new sound dictionary
if (ResourceManager.SoundEffectDict.ContainsKey(this.fireCueName))
{
AudioManager.PlaySoundEffect(ResourceManager.SoundEffectDict[fireCueName], Weapon.audioListener, this.planetEmitter, 0.5f);
}
else
{
this.fireCue = AudioManager.GetCue(this.fireCueName);
this.fireCue.Apply3D(Weapon.audioListener, this.planetEmitter);
if (this.fireCue != null)
{
this.fireCue.Play();
}
}
}
}
catch
{
}
}
}
public static void FireShieldAnimation(GameplayObject Obj, float Rotation, float Scale)
{
Shield shield = new Shield();
Matrix w = ((Matrix.Identity * Matrix.CreateScale(1f)) * Matrix.CreateRotationZ(Rotation)) * Matrix.CreateTranslation(Obj.Center.X, Obj.Center.Y, 0f);
shield.World = w;
shield.Owner = Obj;
shield.displacement = ShieldManager.y;
shield.texscale = ShieldManager.z;
shield.Rotation = Rotation;
ShieldManager.shieldList.Add(shield);
}
protected virtual void CreateTargetedBeam(GameplayObject target)
{
Beam beam;
//if (this.owner.Beams.pendingRemovals.TryPop(out beam))
//{
// //beam = new Beam(this.moduleAttachedTo.Center, this.BeamThickness, this.moduleAttachedTo.GetParent(), target);
// beam.BeamRecreate(this.moduleAttachedTo.Center, this.BeamThickness, this.moduleAttachedTo.GetParent(), target);
// beam.moduleAttachedTo = this.moduleAttachedTo;
// beam.PowerCost = (float)this.BeamPowerCostPerSecond;
// beam.range = this.Range;
// beam.thickness = this.BeamThickness;
// beam.Duration = (float)this.BeamDuration > 0 ? this.BeamDuration : 2f;
// beam.damageAmount = this.DamageAmount;
// beam.weapon = this;
//}
//else
{
beam = new Beam(this.moduleAttachedTo.Center, this.BeamThickness, this.moduleAttachedTo.GetParent(), target)
{
moduleAttachedTo = this.moduleAttachedTo,
PowerCost = (float)this.BeamPowerCostPerSecond,
range = this.Range,
thickness = this.BeamThickness,
Duration = (float)this.BeamDuration > 0 ? this.BeamDuration : 2f,
damageAmount = this.DamageAmount,
weapon = this,
Destination=target.Center
};
}
//damage increase by level
if (this.owner.Level > 0)
{
beam.damageAmount += beam.damageAmount * (float)this.owner.Level * 0.05f;
}
//Hull bonus damage increase
if (GlobalStats.ActiveModInfo != null && GlobalStats.ActiveModInfo.useHullBonuses)
{
HullBonus mod;
if (ResourceManager.HullBonuses.TryGetValue(this.owner.shipData.Hull, out mod))
beam.damageAmount += beam.damageAmount * mod.DamageBonus;
}
this.ModifyProjectile(beam);
if ( !beam.LoadContent(Weapon.universeScreen.ScreenManager, Weapon.universeScreen.view, Weapon.universeScreen.projection))
{
beam.Die(null, true);
return;
}
this.moduleAttachedTo.GetParent().Beams.Add(beam);
this.ToggleSoundOn = false;
if (Weapon.universeScreen.viewState <= UniverseScreen.UnivScreenState.SystemView && this.moduleAttachedTo.GetParent().InFrustum)
{
//Added by McShooterz: Use sounds from new sound dictionary
SoundEffect beamsound = null;
if (ResourceManager.SoundEffectDict.TryGetValue(this.fireCueName,out beamsound))
{
AudioManager.PlaySoundEffect(beamsound, Weapon.audioListener, this.owner.emitter, 0.5f);
}
else
{
if (!string.IsNullOrEmpty(this.fireCueName))
{
this.fireCue = AudioManager.GetCue(this.fireCueName);
if (!this.owner.isPlayerShip())
{
this.fireCue.Apply3D(Weapon.audioListener, this.owner.emitter);
}
this.fireCue.Play();
}
}
if (!string.IsNullOrEmpty(this.ToggleSoundName))
{
this.ToggleSoundOn = true;
this.ToggleCue = AudioManager.GetCue(this.ToggleSoundName);
this.ToggleCue.Apply3D(Weapon.audioListener, this.owner.emitter);
this.ToggleCue.Play();
}
}
}
public override bool Damage(GameplayObject source, float damageAmount)
{
if (this.ModuleType == ShipModuleType.Dummy)
{
this.ParentOfDummy.Damage(source, damageAmount);
return true;
}
this.Parent.InCombatTimer = 15f;
this.Parent.ShieldRechargeTimer = 0f;
//Added by McShooterz: Fix for Ponderous, now negative dodgemod increases damage taken.
if (source is Projectile)
{
this.Parent.LastDamagedBy = source;
if (this.Parent.Role == "fighter" && this.Parent.loyalty.data.Traits.DodgeMod < 0f)
{
damageAmount += damageAmount * Math.Abs(this.Parent.loyalty.data.Traits.DodgeMod);
}
}
if (source is Ship && (source as Ship).Role == "fighter" && this.Parent.loyalty.data.Traits.DodgeMod < 0f)
{
damageAmount += damageAmount * Math.Abs(this.Parent.loyalty.data.Traits.DodgeMod);
}
//Added by McShooterz: shields keep charge when manually turned off
if (this.shield_power <= 0f || shieldsOff || source is Projectile && (source as Projectile).IgnoresShields)
{
// Vulnerabilities and resistances for modules, XML-defined.
if (source is Projectile && (source as Projectile).weapon.Tag_Kinetic)
{
damageAmount = damageAmount - (damageAmount * this.KineticResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Energy)
{
damageAmount = damageAmount - (damageAmount * this.EnergyResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Guided)
{
damageAmount = damageAmount - (damageAmount * this.GuidedResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Missile)
{
damageAmount = damageAmount - (damageAmount * this.MissileResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Hybrid)
{
damageAmount = damageAmount - (damageAmount * this.HybridResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Intercept)
{
damageAmount = damageAmount - (damageAmount * this.InterceptResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Explosive)
{
damageAmount = damageAmount - (damageAmount * this.ExplosiveResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Railgun)
{
damageAmount = damageAmount - (damageAmount * this.RailgunResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_SpaceBomb)
{
damageAmount = damageAmount - (damageAmount * this.SpaceBombResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Bomb)
{
damageAmount = damageAmount - (damageAmount * this.BombResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_BioWeapon)
{
damageAmount = damageAmount - (damageAmount * this.BioWeaponResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Drone)
{
damageAmount = damageAmount - (damageAmount * this.DroneResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Warp)
{
damageAmount = damageAmount - (damageAmount * this.WarpResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Torpedo)
{
damageAmount = damageAmount - (damageAmount * this.TorpedoResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Cannon)
{
damageAmount = damageAmount - (damageAmount * this.CannonResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Subspace)
{
damageAmount = damageAmount - (damageAmount * this.SubspaceResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_PD)
{
damageAmount = damageAmount - (damageAmount * this.PDResist);
}
if (source is Projectile && (source as Projectile).weapon.Tag_Flak)
{
damageAmount = damageAmount - (damageAmount * this.FlakResist);
}
if (source is Beam && (source as Beam).weapon.Tag_Beam)
{
damageAmount = damageAmount - (damageAmount * this.BeamResist);
// most of these simply don't apply to beam weapons, but calculated within this if to ensure different beam types also have resistances/vulnerabilities applied
if ((source as Beam).weapon.Tag_Kinetic)
{
damageAmount = damageAmount - (damageAmount * this.KineticResist);
}
if ((source as Beam).weapon.Tag_Energy)
{
damageAmount = damageAmount - (damageAmount * this.EnergyResist);
}
if ((source as Beam).weapon.Tag_Guided)
{
damageAmount = damageAmount - (damageAmount * this.GuidedResist);
}
if ((source as Beam).weapon.Tag_Missile)
{
damageAmount = damageAmount - (damageAmount * this.MissileResist);
}
if ((source as Beam).weapon.Tag_Hybrid)
{
damageAmount = damageAmount - (damageAmount * this.HybridResist);
}
if ((source as Beam).weapon.Tag_Intercept)
{
damageAmount = damageAmount - (damageAmount * this.InterceptResist);
}
if ((source as Beam).weapon.Tag_Explosive)
{
damageAmount = damageAmount - (damageAmount * this.ExplosiveResist);
}
if ((source as Beam).weapon.Tag_Railgun)
{
damageAmount = damageAmount - (damageAmount * this.RailgunResist);
}
if ((source as Beam).weapon.Tag_SpaceBomb)
{
damageAmount = damageAmount - (damageAmount * this.SpaceBombResist);
}
if ((source as Beam).weapon.Tag_Bomb)
{
damageAmount = damageAmount - (damageAmount * this.BombResist);
}
if ((source as Beam).weapon.Tag_BioWeapon)
{
damageAmount = damageAmount - (damageAmount * this.BioWeaponResist);
}
if ((source as Beam).weapon.Tag_Drone)
{
damageAmount = damageAmount - (damageAmount * this.DroneResist);
}
if ((source as Beam).weapon.Tag_Warp)
{
damageAmount = damageAmount - (damageAmount * this.WarpResist);
}
if ((source as Beam).weapon.Tag_Torpedo)
{
damageAmount = damageAmount - (damageAmount * this.TorpedoResist);
}
if ((source as Beam).weapon.Tag_Cannon)
{
damageAmount = damageAmount - (damageAmount * this.CannonResist);
}
if ((source as Beam).weapon.Tag_Subspace)
{
damageAmount = damageAmount - (damageAmount * this.SubspaceResist);
}
if ((source as Beam).weapon.Tag_PD)
{
damageAmount = damageAmount - (damageAmount * this.PDResist);
}
if ((source as Beam).weapon.Tag_Flak)
{
damageAmount = damageAmount - (damageAmount * this.FlakResist);
}
}
//Doc: If the resistance-modified damage amount is less than an armour's damage threshold, no damage is applied.
if (damageAmount <= this.DamageThreshold)
damageAmount = 0f;
//Added by McShooterz: ArmorBonus Hull Bonus
if (GlobalStats.ActiveModInfo != null && GlobalStats.ActiveModInfo.useHullBonuses)
{
HullBonus mod;
if (ResourceManager.HullBonuses.TryGetValue(this.GetParent().shipData.Hull, out mod))
damageAmount *= (1f - mod.ArmoredBonus);
}
if (source is Projectile && (source as Projectile).weapon.EMPDamage > 0f)
{
Ship parent = this.Parent;
parent.EMPDamage = parent.EMPDamage + (source as Projectile).weapon.EMPDamage;
}
if (source is Beam)
{
Vector2 vel = Vector2.Normalize((source as Beam).Source - this.Center);
if (RandomMath.RandomBetween(0f, 100f) > 90f && this.Parent.InFrustum)
{
ShipModule.universeScreen.flash.AddParticleThreadB(new Vector3((source as Beam).ActualHitDestination, this.Center3D.Z), Vector3.Zero);
}
if (this.Parent.InFrustum)
{
for (int i = 0; i < 20; i++)
{
ShipModule.universeScreen.sparks.AddParticleThreadB(new Vector3((source as Beam).ActualHitDestination, this.Center3D.Z), new Vector3(vel * RandomMath.RandomBetween(40f, 80f), RandomMath.RandomBetween(-25f, 25f)));
}
}
if ((source as Beam).weapon.PowerDamage > 0f)
{
this.Parent.PowerCurrent -= (source as Beam).weapon.PowerDamage;
if (this.Parent.PowerCurrent < 0f)
{
this.Parent.PowerCurrent = 0f;
}
}
if ((source as Beam).weapon.TroopDamageChance > 0f)
{
if (this.Parent.TroopList.Count > 0)
{
if (((this.Parent.GetSystem() != null ? this.Parent.GetSystem().RNG : Ship.universeScreen.DeepSpaceRNG)).RandomBetween(0f, 100f) < (source as Beam).weapon.TroopDamageChance)
{
Troop item = this.Parent.TroopList[0];
item.Strength = item.Strength - 1;
if (this.Parent.TroopList[0].Strength <= 0)
{
this.Parent.TroopList.RemoveAt(0);
}
}
}
else if (this.Parent.MechanicalBoardingDefense > 0f && RandomMath.RandomBetween(0f, 100f) < (source as Beam).weapon.TroopDamageChance)
{
this.Parent.MechanicalBoardingDefense -= 1f;
}
}
if ((source as Beam).weapon.MassDamage > 0f)
{
this.Parent.Mass += (source as Beam).weapon.MassDamage;
this.Parent.velocityMaximum = this.Parent.Thrust / this.Parent.Mass;
this.Parent.speed = this.Parent.velocityMaximum;
this.Parent.rotationRadiansPerSecond = this.Parent.speed / 700f;
}
if ((source as Beam).weapon.RepulsionDamage > 0f)
{
Vector2 vtt = this.Center - (source as Beam).Owner.Center;
Ship velocity = this.Parent;
this.Parent.Velocity += (vtt * (source as Beam).weapon.RepulsionDamage) / this.Parent.Mass;
}
}
if (this.shield_power_max > 0f && !this.isExternal)
{
return false;
}
if (this.ModuleType == ShipModuleType.Armor && source is Projectile)
{
if ((source as Projectile).isSecondary)
{
Weapon shooter = (source as Projectile).weapon;
ResourceManager.WeaponsDict.TryGetValue(shooter.SecondaryFire, out shooter);
damageAmount *= shooter.EffectVsArmor;
//damageAmount *= (ResourceManager.GetWeapon(shooter.SecondaryFire).EffectVsArmor);
}
else
{
damageAmount *= (source as Projectile).weapon.EffectVsArmor;
}
}
else if (this.ModuleType == ShipModuleType.Armor && source is Beam)
{
damageAmount *= (source as Beam).weapon.EffectVsArmor;
}
if (damageAmount > this.Health)
{
this.Health = 0;
}
else
{
this.Health -= damageAmount;
}
if (base.Health >= this.HealthMax)
{
base.Health = this.HealthMax;
this.Active = true;
this.onFire = false;
}
if (base.Health / this.HealthMax < 0.5f)
{
this.onFire = true;
}
if ((double)(this.Parent.Health / this.Parent.HealthMax) < 0.5 && (double)base.Health < 0.5 * (double)this.HealthMax)
{
this.reallyFuckedUp = true;
}
foreach (ShipModule dummy in this.LinkedModulesList)
{
dummy.DamageDummy(damageAmount);
}
}
else
{
//Damage module health if shields fail from damage
float damageAmountvsShields = damageAmount;
if (source is Projectile)
{
if ((source as Projectile).isSecondary)
{
Weapon shooter = (source as Projectile).weapon;
ResourceManager.WeaponsDict.TryGetValue(shooter.SecondaryFire, out shooter);
damageAmountvsShields *= shooter.EffectVSShields;
//damageAmountvsShields *= (ResourceManager.GetWeapon(shooter.SecondaryFire).EffectVSShields);
}
else
{
damageAmountvsShields *= (source as Projectile).weapon.EffectVSShields;
}
}
else if (source is Beam)
{
damageAmountvsShields *= (source as Beam).weapon.EffectVSShields;
}
if (source is Projectile)
{
if ((source as Projectile).weapon.Tag_Kinetic)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_kinetic_resist);
}
if ((source as Projectile).weapon.Tag_Energy)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_energy_resist);
}
if ((source as Projectile).weapon.Tag_Explosive)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_explosive_resist);
}
if ((source as Projectile).weapon.Tag_Missile)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_missile_resist);
}
if ((source as Projectile).weapon.Tag_Flak)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_flak_resist);
}
if ((source as Projectile).weapon.Tag_Hybrid)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_hybrid_resist);
}
if ((source as Projectile).weapon.Tag_Railgun)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_railgun_resist);
}
if ((source as Projectile).weapon.Tag_Subspace)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_subspace_resist);
}
if ((source as Projectile).weapon.Tag_Warp)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_warp_resist);
}
}
else if (source is Beam)
{
if ((source as Beam).weapon.Tag_Kinetic)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_kinetic_resist);
}
if ((source as Beam).weapon.Tag_Energy)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_energy_resist);
}
if ((source as Beam).weapon.Tag_Explosive)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_explosive_resist);
}
if ((source as Beam).weapon.Tag_Missile)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_missile_resist);
}
if ((source as Beam).weapon.Tag_Flak)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_flak_resist);
}
if ((source as Beam).weapon.Tag_Hybrid)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_hybrid_resist);
}
if ((source as Beam).weapon.Tag_Railgun)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_railgun_resist);
}
if ((source as Beam).weapon.Tag_Subspace)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_subspace_resist);
}
if ((source as Beam).weapon.Tag_Warp)
{
damageAmountvsShields = damageAmountvsShields - (damageAmountvsShields * this.shield_warp_resist);
}
}
if (damageAmountvsShields <= this.shield_threshold)
damageAmountvsShields = 0f;
if (damageAmountvsShields > this.shield_power)
{
this.shield_power = 0;
this.Parent.UpdateShields();
}
else
{
this.shield_power -= damageAmountvsShields;
this.Parent.UpdateShields();
}
if (ShipModule.universeScreen.viewState == UniverseScreen.UnivScreenState.ShipView && this.Parent.InFrustum)
{
base.findAngleToTarget(this.Parent.Center, source.Center);
this.shield.Rotation = source.Rotation - 3.14159274f;
this.shield.displacement = 0f;
this.shield.texscale = 2.8f;
lock (GlobalStats.ObjectManagerLocker)
{
ShipModule.universeScreen.ScreenManager.inter.LightManager.Remove(this.shield.pointLight);
ShipModule.universeScreen.ScreenManager.inter.LightManager.Submit(this.shield.pointLight);
}
if (source is Beam)
{
if ((source as Beam).weapon.SiphonDamage > 0f)
{
this.shield_power -= (source as Beam).weapon.SiphonDamage;
if (this.shield_power < 0f)
{
this.shield_power = 0f;
}
(source as Beam).owner.PowerCurrent += (source as Beam).weapon.SiphonDamage;
if ((source as Beam).owner.PowerCurrent > (source as Beam).owner.PowerStoreMax)
{
(source as Beam).owner.PowerCurrent = (source as Beam).owner.PowerStoreMax;
}
}
this.shield.Rotation = MathHelper.ToRadians(HelperFunctions.findAngleToTarget(this.Center, (source as Beam).Source));
this.shield.pointLight.World = Matrix.CreateTranslation(new Vector3((source as Beam).ActualHitDestination, 0f));
this.shield.pointLight.DiffuseColor = new Vector3(0.5f, 0.5f, 1f);
this.shield.pointLight.Radius = this.shield_radius * 2f;
this.shield.pointLight.Intensity = RandomMath.RandomBetween(4f, 10f);
this.shield.displacement = 0f;
this.shield.Radius = this.radius;
this.shield.displacement = 0.085f * RandomMath.RandomBetween(1f, 10f);
this.shield.texscale = 2.8f;
this.shield.texscale = 2.8f - 0.185f * RandomMath.RandomBetween(1f, 10f);
this.shield.pointLight.Enabled = true;
Vector2 vel = (source as Beam).Source - this.Center;
vel = Vector2.Normalize(vel);
if (RandomMath.RandomBetween(0f, 100f) > 90f && this.Parent.InFrustum)
{
ShipModule.universeScreen.flash.AddParticleThreadA(new Vector3((source as Beam).ActualHitDestination, this.Center3D.Z), Vector3.Zero);
}
if (this.Parent.InFrustum)
{
for (int i = 0; i < 20; i++)
{
ShipModule.universeScreen.sparks.AddParticleThreadA(new Vector3((source as Beam).ActualHitDestination, this.Center3D.Z), new Vector3(vel * RandomMath.RandomBetween(40f, 80f), RandomMath.RandomBetween(-25f, 25f)));
}
}
if ((source as Beam).weapon.SiphonDamage > 0f)
{
this.shield_power -= (source as Beam).weapon.SiphonDamage;
if (this.shield_power < 0f)
{
this.shield_power = 0f;
}
}
}
else if (source is Projectile && !(source as Projectile).IgnoresShields && this.Parent.InFrustum)
{
Cue shieldcue = AudioManager.GetCue("sd_impact_shield_01");
shieldcue.Apply3D(ShipModule.universeScreen.listener, this.Parent.emitter);
shieldcue.Play();
this.shield.Radius = this.radius;
this.shield.displacement = 0.085f * RandomMath.RandomBetween(1f, 10f);
this.shield.texscale = 2.8f;
this.shield.texscale = 2.8f - 0.185f * RandomMath.RandomBetween(1f, 10f);
this.shield.pointLight.World = (source as Projectile).GetWorld();
this.shield.pointLight.DiffuseColor = new Vector3(0.5f, 0.5f, 1f);
this.shield.pointLight.Radius = this.radius;
this.shield.pointLight.Intensity = 8f;
this.shield.pointLight.Enabled = true;
Vector2 vel = Vector2.Normalize((source as Projectile).Center - this.Center);
ShipModule.universeScreen.flash.AddParticleThreadB(new Vector3((source as Projectile).Center, this.Center3D.Z), Vector3.Zero);
for (int i = 0; i < 20; i++)
{
ShipModule.universeScreen.sparks.AddParticleThreadB(new Vector3((source as Projectile).Center, this.Center3D.Z), new Vector3(vel * RandomMath.RandomBetween(40f, 80f), RandomMath.RandomBetween(-25f, 25f)));
}
}
}
}
//Added by McShooterz: shields keep charge when manually turned off
if (this.shield_power > 0f && !shieldsOff)
{
this.radius = this.shield_radius;
}
else
{
this.radius = 8f;
}
return true;
}
public virtual void Fire(Vector2 direction, GameplayObject target)
{
if (this.owner.engineState == Ship.MoveState.Warp || this.timeToNextFire > 0f ||! this.owner.CheckRangeToTarget(this,target))
return;
this.owner.InCombatTimer = 15f;
this.timeToNextFire = this.fireDelay;
if (this.moduleAttachedTo.Active && this.owner.PowerCurrent > this.PowerRequiredToFire && this.OrdinanceRequiredToFire <= this.owner.Ordinance)
{
//this.owner.supplyLock.EnterWriteLock();
this.owner.Ordinance -= this.OrdinanceRequiredToFire;
this.owner.PowerCurrent -= this.PowerRequiredToFire;
//this.owner.supplyLock.ExitWriteLock();
if (this.SalvoCount == 1)
{
if (this.FireArc != 0)
{
float DegreesBetweenShots = (float)(this.FireArc / this.ProjectileCount);
float angleToTarget = this.findAngleToTarget(direction);
for (int i = 0; i < this.ProjectileCount; i++)
{
Vector2 newTarget = this.findTargetFromAngleAndDistance(this.moduleAttachedTo.Center, angleToTarget - (float)(this.FireArc / 2) + DegreesBetweenShots * (float)i, this.Range);
Vector2 fireDirection = this.findVectorToTarget(this.moduleAttachedTo.Center, newTarget);
fireDirection.Y = fireDirection.Y * -1f;
this.CreateProjectiles(Vector2.Normalize(fireDirection), target, true);
}
return;
}
if (this.FireCone <= 0)
{
for (int i = 0; i < this.ProjectileCount; i++)
{
this.CreateProjectiles(direction, target, true);
}
return;
}
float spread = RandomMath2.RandomBetween((float)(-this.FireCone / 2), (float)(this.FireCone / 2));
//renamed angletotarget,newtarget,firedirection
float angleToTarget2 = this.findAngleToTarget(direction);
Vector2 newTarget2 = this.findTargetFromAngleAndDistance(this.moduleAttachedTo.Center, angleToTarget2 + spread, this.Range);
Vector2 fireDirection2 = this.findVectorToTarget(this.moduleAttachedTo.Center, newTarget2);
fireDirection2.Y = fireDirection2.Y * -1f;
this.CreateProjectiles(Vector2.Normalize(fireDirection2), target, true);
return;
}
if (this.SalvoCount > 1)
{
float TimeBetweenShots = this.SalvoTimer / (float)this.SalvoCount;
for (int j = 1; j < this.SalvoCount; j++)
{
Weapon.Salvo sal = new Weapon.Salvo()
{
Timing = (float)j * TimeBetweenShots,
Direction = direction
};
this.SalvoList.Add(sal);
}
this.SalvoTarget = target;
if (this.FireArc != 0)
{
float DegreesBetweenShots = (float)(this.FireArc / this.ProjectileCount);
float angleToTarget = this.findAngleToTarget(direction);
for (int i = 0; i < this.ProjectileCount; i++)
{
Vector2 newTarget = this.findTargetFromAngleAndDistance(this.moduleAttachedTo.Center, angleToTarget - (float)(this.FireArc / 2) + DegreesBetweenShots * (float)i, this.Range);
Vector2 fireDirection = this.findVectorToTarget(this.moduleAttachedTo.Center, newTarget);
fireDirection.Y = fireDirection.Y * -1f;
this.CreateProjectiles(Vector2.Normalize(fireDirection), target, true);
}
return;
}
if (this.FireCone > 0)
{
float spread = RandomMath2.RandomBetween((float)(-this.FireCone / 2), (float)(this.FireCone / 2));
float angleToTarget = this.findAngleToTarget(direction);
Vector2 newTarget = this.findTargetFromAngleAndDistance(this.moduleAttachedTo.Center, angleToTarget + spread, this.Range);
Vector2 fireDirection = this.findVectorToTarget(this.moduleAttachedTo.Center, newTarget);
fireDirection.Y = fireDirection.Y * -1f;
this.CreateProjectiles(Vector2.Normalize(fireDirection), target, true);
return;
}
for (int i = 0; i < this.ProjectileCount; i++)
{
this.CreateProjectiles(direction, target, true);
}
return;
}
}
}