public override void Init()
{
base.Init();
this.animator = GetComponent <Animator>();
this.generator = GetComponent <EnergyGenerator>();
}
private static void Postfix(GameObject go)
{
if (!(bool)EasierBuildingsState.StateManager.State.ExtraPipeOutputs)
{
return;
}
ConduitPortInfo secondaryOutPort = new ConduitPortInfo(ConduitType.Liquid, new CellOffset(1, 0));
go.AddOrGet <Storage>().capacityKg = 100f;
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.formula.outputs = new EnergyGenerator.OutputItem[]
{
new EnergyGenerator.OutputItem(SimHashes.CarbonDioxide, 0.5f, false, new CellOffset(0, 3), 383.15f),
new EnergyGenerator.OutputItem(SimHashes.DirtyWater, 0.75f, true, new CellOffset(1, 1), 313.15f)
};
ConduitDispenser2 conduitDispenser2 = go.AddOrGet <ConduitDispenser2>();
conduitDispenser2.secondaryOutput = secondaryOutPort;
conduitDispenser2.conduitType = secondaryOutPort.conduitType;
conduitDispenser2.invertElementFilter = true;
conduitDispenser2.elementFilter = new SimHashes[]
{
SimHashes.Petroleum,
SimHashes.Ethanol,
SimHashes.CarbonDioxide
};
}
public void Update(bool isFast, float pastRound, int round)
{
recoverTime += pastRound * GameConstants.RoundRecoverAddon * ((round >= GameConstants.RoundRecoverDoubleRound) ? 2 : 1);
var need = isFast ? GameConstants.DrawManaTimeFast : GameConstants.DrawManaTime;
if (recoverTime >= need)
{
recoverTime -= need;
AddManaData(EnergyGenerator.NextAimMana, 1);
EnergyGenerator.UseMana();
EnergyGenerator.Next(round);
}
if (ManaChanged != null)//todo 先ws下
{
ManaChanged();
}
SpikeManager.OnRound(pastRound);
comboTime -= pastRound;
if (comboTime <= 0)
{
comboTime = 0;
CardManager.UpdateCardCombo();
}
if (CardManager.HeroSkillCd > 0)
{
CardManager.HeroSkillCd -= pastRound;
if (HeroSkillChanged != null && CardManager.HeroSkillCd <= 0)
{
HeroSkillChanged(true);
}
}
}
public override void ConfigureBuildingTemplate(GameObject go, Tag prefab_tag)
{
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery);
var energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.formula = EnergyGenerator.CreateSimpleFormula(SimHashes.RefinedCarbon.CreateTag(), 1f, 600f,
SimHashes.CarbonDioxide, 0.25f, true, CellOffset.none, 700f);
energyGenerator.meterOffset = Meter.Offset.Behind;
energyGenerator.SetSliderValue(50f, 0);
energyGenerator.powerDistributionOrder = 9;
var storage = go.AddOrGet <Storage>();
storage.capacityKg = 600f;
go.AddOrGet <LoopingSounds>();
Prioritizable.AddRef(go);
var manualDeliveryKg = go.AddOrGet <ManualDeliveryKG>();
manualDeliveryKg.SetStorage(storage);
manualDeliveryKg.requestedItemTag = SimHashes.RefinedCarbon.CreateTag();
manualDeliveryKg.capacity = storage.capacityKg;
manualDeliveryKg.refillMass = 100f;
manualDeliveryKg.choreTypeIDHash = Db.Get().ChoreTypes.PowerFetch.IdHash;
Tinkerable.MakePowerTinkerable(go);
ConduitDispenser conduitDispenser = go.AddOrGet <ConduitDispenser>();
conduitDispenser.conduitType = ConduitType.Gas;
conduitDispenser.invertElementFilter = false;
conduitDispenser.elementFilter = new []
{
SimHashes.CarbonDioxide
};
}
public override void DoPostConfigureComplete(GameObject go)
{
GeneratedBuildings.RegisterLogicPorts(go, LogicOperationalController.INPUT_PORTS_N1_0);
go.AddOrGet <LogicOperationalController>();
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery, false);
go.AddOrGet <LoopingSounds>();
go.AddOrGet <Storage>();
ConduitConsumer conduitConsumer = go.AddOrGet <ConduitConsumer>();
conduitConsumer.conduitType = ConduitType.Gas;
conduitConsumer.consumptionRate = 1f;
conduitConsumer.capacityTag = GameTagExtensions.Create(SimHashes.Hydrogen);
conduitConsumer.capacityKG = 2f;
conduitConsumer.forceAlwaysSatisfied = true;
conduitConsumer.wrongElementResult = ConduitConsumer.WrongElementResult.Dump;
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.formula = EnergyGenerator.CreateSimpleFormula(SimHashes.Hydrogen.CreateTag(), 0.1f, 2f, SimHashes.Void, 0f, true, default(CellOffset), 0f);
energyGenerator.powerDistributionOrder = 8;
energyGenerator.ignoreBatteryRefillPercent = true;
energyGenerator.meterOffset = Meter.Offset.Behind;
Tinkerable.MakePowerTinkerable(go);
go.AddOrGetDef <PoweredActiveController.Def>();
}
private void OnCopySettings(object data)
{
GameObject gameObject = (GameObject)data;
EnergyGenerator component = gameObject.GetComponent <EnergyGenerator>();
if ((UnityEngine.Object)component != (UnityEngine.Object)null)
{
batteryRefillPercent = component.batteryRefillPercent;
}
}
public static void Postfix(GameObject go)
{
go.GetComponent <EnergyGenerator>()
.formula = EnergyGenerator.CreateSimpleFormula(
WoodLogConfig.TAG,
1.2f,
720f,
SimHashes.CarbonDioxide,
CarbonOption.Instance.CO2_lumbergen,
CompatabilityPatches.GEN_STORE_OUTPUTS, new CellOffset(0, 1), 383.15f);
}
private List <int[]> monsterAddonOnce = new List <int[]>(); //一次性的强化
#endregion
public Player(bool playerControl, bool isLeft)
{
IsLeft = isLeft;
IsAlive = true;
isPlayerControl = playerControl;
CardManager = new CardManager(this);
EnergyGenerator = new EnergyGenerator();
SpikeManager = new SpikeManager(this);
TrapHolder = new TrapHolder(this);
State = new PlayerState();
}
private static void Prefix(EnergyGenerator __instance, Storage ___storage, MeterController ___meter)
{
if (__instance.hasMeter)
{
float mass = 0;
foreach (EnergyGenerator.InputItem inputItem in __instance.formula.inputs)
{
mass += ___storage.GetAmountAvailable(inputItem.tag);
}
___meter.SetPositionPercent(mass / __instance.formula.inputs[0].maxStoredMass);
}
}
protected override void OnPrefabInit()
{
base.OnPrefabInit();
Subscribe(-592767678, OnOperationalChangedDelegate);
Subscribe(824508782, OnActiveChangedDelegate);
workerStatusItem = Db.Get().DuplicantStatusItems.GeneratingPower;
attributeConverter = Db.Get().AttributeConverters.MachinerySpeed;
attributeExperienceMultiplier = DUPLICANTSTATS.ATTRIBUTE_LEVELING.PART_DAY_EXPERIENCE;
skillExperienceSkillGroup = Db.Get().SkillGroups.Technicals.Id;
skillExperienceMultiplier = SKILLS.PART_DAY_EXPERIENCE;
EnergyGenerator.EnsureStatusItemAvailable();
}
public static void Postfix(GameObject go, Tag prefab_tag)
{
var energyGenerator = go.GetComponent <EnergyGenerator>();
energyGenerator.formula = EnergyGenerator.CreateSimpleFormula(
SimHashes.Carbon.CreateTag(),
1f,
600f,
SimHashes.CarbonDioxide,
CarbonOption.Instance.CO2_coalgen,
CompatabilityPatches.GEN_STORE_OUTPUTS,
new CellOffset(1, 2),
383.15f);
}
protected void InitBase()
{
Lp = 3;
Mp = 3;
Pp = 3;
EnergyGenerator.Next(0);
var jobConfig = ConfigData.GetJobConfig(Job);
if (jobConfig.SkillId > 0)
{
HeroSkillList.Add(jobConfig.SkillId);//添加职业技能
}
}
public MirrorPlayer(int id, ActiveCards cpcards, bool isLeft)
: base(false, isLeft)
{
PeopleId = id;
PeopleConfig peopleConfig = ConfigData.GetPeopleConfig(id);
Level = peopleConfig.Level;
Job = UserProfile.InfoBasic.Job;
EnergyGenerator.SetRateNpc(peopleConfig);
Cards = cpcards.GetCopy();
InitBase();
}
private void buttonBuildEnergyGenerator_Click(object sender, EventArgs e)
{
if (gameBoard.board[prevX, prevY].building != null)
{
return;
}
gameBoard.gameResource.energy -= EnergyGenerator.BUILD_COST;
Building building = new EnergyGenerator(gameBoard.board[prevX, prevY], gameBoard.random);
gameBoard.board[prevX, prevY].building = building;
gameBoard.buildings.Add(building);
panelBuildNew.Visible = false;
panelBuilding.Visible = true;
updateTile(prevX, prevY);
}
protected override List <Spell> getSpells()
{
Spell spell1 = new EnergyGenerator(this);
//Spell spell2 = new Fireball(this);
Spell spell2 = new BigDamage(this);
Spell spell3 = new StealLife(this);
//Spell spell4 = new Empower(this);
//Spell spell4 = new Knockback(this);
//Spell spell4 = new EnergyHeal(this);
//Spell spell4 = new Block(this);
//Spell spell4 = new AOEAttack(this);
//Spell spell4 = new Bomb(this);
return(new List <Spell> {
spell1, spell2, spell3
});
}
public static void Apply(GameObject go)
{
EnergyGenerator origEnergyGenerator = go.GetComponent <EnergyGenerator>();
Storage storage = go.GetComponent <Storage>();
ManualDeliveryKG origManualDeliveryKG = go.GetComponent <ManualDeliveryKG>();
if (storage.capacityKg == 20000)
{
// the storage haven't been set. The sliders rely on it for max value. Set it to the max storage from other components.
storage.capacityKg = Mathf.Max(origManualDeliveryKG.capacity, origEnergyGenerator.formula.inputs[0].maxStoredMass);
}
CoalEnergyGenerator energyGenerator = go.AddOrGet <CoalEnergyGenerator>();
energyGenerator.powerDistributionOrder = origEnergyGenerator.powerDistributionOrder;
energyGenerator.hasMeter = true;
energyGenerator.formula = origEnergyGenerator.formula;
CoalManualDeliveryKG manualDeliveryKG = go.AddOrGet <CoalManualDeliveryKG>();
manualDeliveryKG.SetStorage(storage);
manualDeliveryKG.requestedItemTag = origManualDeliveryKG.requestedItemTag;
manualDeliveryKG.ignoresOperationStatus = true;
manualDeliveryKG.capacity = origManualDeliveryKG.capacity;
manualDeliveryKG.refillMass = origManualDeliveryKG.refillMass;
manualDeliveryKG.choreTags = new Tag[]
{
GameTags.ChoreTypes.Power
};
manualDeliveryKG.choreTypeIDHash = Db.Get().ChoreTypes.PowerFetch.IdHash;
DualSlider dualSlider = go.AddOrGet <DualSlider>();
dualSlider.fillUptoThreshold = manualDeliveryKG.capacity;
dualSlider.refillThreshold = manualDeliveryKG.refillMass;
CoalDeliveryController controller = go.AddOrGet <CoalDeliveryController>();
controller.batteryRefillPercent = 0.5f;
AddStrings.AddString(manualDeliveryKG.RequestedItemTag.Name);
UnityEngine.Object.DestroyImmediate(origEnergyGenerator);
UnityEngine.Object.DestroyImmediate(origManualDeliveryKG);
}
public AIPlayer(int id, string deck, bool isLeft, int rlevel, bool isPlayerControl)
: base(isPlayerControl, isLeft)
{
PeopleId = id;
Level = rlevel;
PeopleConfig peopleConfig = ConfigData.GetPeopleConfig(id);
Job = peopleConfig.Job;
EnergyGenerator.SetRateNpc(peopleConfig);
DeckCard[] cds = DeckBook.GetDeckByName(deck, Level);
Cards = new ActiveCards(cds);
// PlayerAttr attr = new PlayerAttr();
// attr.ModifyMonsterData(HeroData);
InitBase();
}
public override void DoPostConfigureComplete(GameObject go)
{
GeneratedBuildings.RegisterLogicPorts(go, LogicOperationalController.INPUT_PORTS_0_0);
go.AddOrGet <LogicOperationalController>();
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery, false);
go.AddOrGet <LoopingSounds>();
Storage storage = go.AddOrGet <Storage>();
storage.capacityKg = 50f;
ConduitConsumer conduitConsumer = go.AddOrGet <ConduitConsumer>();
conduitConsumer.conduitType = ConduitType.Gas;
conduitConsumer.consumptionRate = 0.900000036f;
conduitConsumer.capacityTag = GameTags.CombustibleGas;
conduitConsumer.capacityKG = 0.900000036f;
conduitConsumer.forceAlwaysSatisfied = true;
conduitConsumer.wrongElementResult = ConduitConsumer.WrongElementResult.Dump;
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.powerDistributionOrder = 8;
energyGenerator.ignoreBatteryRefillPercent = true;
EnergyGenerator.Formula formula = default(EnergyGenerator.Formula);
formula.inputs = new EnergyGenerator.InputItem[1]
{
new EnergyGenerator.InputItem(GameTags.CombustibleGas, 0.09f, 0.900000036f)
};
formula.outputs = new EnergyGenerator.OutputItem[2]
{
new EnergyGenerator.OutputItem(SimHashes.DirtyWater, 0.0675f, false, new CellOffset(1, 1), 313.15f),
new EnergyGenerator.OutputItem(SimHashes.CarbonDioxide, 0.0225f, true, new CellOffset(0, 2), 383.15f)
};
energyGenerator.formula = formula;
ConduitDispenser conduitDispenser = go.AddOrGet <ConduitDispenser>();
conduitDispenser.conduitType = ConduitType.Gas;
conduitDispenser.invertElementFilter = true;
conduitDispenser.elementFilter = new SimHashes[2]
{
SimHashes.Methane,
SimHashes.Syngas
};
Tinkerable.MakePowerTinkerable(go);
go.AddOrGetDef <PoweredActiveController.Def>();
}
public override void ConfigureBuildingTemplate(GameObject go, Tag prefab_tag)
{
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery);
CoalEnergyGenerator energyGenerator = go.AddOrGet <CoalEnergyGenerator>();
energyGenerator.formula = EnergyGenerator.CreateSimpleFormula(SimHashes.Carbon.CreateTag(), 1f, 600f, SimHashes.Void, 0f, true);
energyGenerator.powerDistributionOrder = 9;
Storage storage = go.AddOrGet <Storage>();
storage.capacityKg = 600f;
go.AddOrGet <LoopingSounds>();
Prioritizable.AddRef(go);
CoalManualDeliveryKG manualDeliveryKG = go.AddOrGet <CoalManualDeliveryKG>();
manualDeliveryKG.SetStorage(storage);
manualDeliveryKG.requestedItemTag = new Tag("Coal");
manualDeliveryKG.ignoresOperationStatus = true;
manualDeliveryKG.capacity = storage.capacityKg;
manualDeliveryKG.refillMass = 100f;
manualDeliveryKG.choreTags = new Tag[]
{
GameTags.ChoreTypes.Power
};
manualDeliveryKG.choreTypeIDHash = Db.Get().ChoreTypes.PowerFetch.IdHash;
BuildingElementEmitter buildingElementEmitter = go.AddOrGet <BuildingElementEmitter>();
buildingElementEmitter.emitRate = 0.02f;
buildingElementEmitter.temperature = 310f;
buildingElementEmitter.element = SimHashes.CarbonDioxide;
buildingElementEmitter.modifierOffset = new Vector2(1f, 2f);
DualSlider dualSlider = go.AddOrGet <DualSlider>();
dualSlider.fillUptoThreshold = manualDeliveryKG.capacity;
dualSlider.refillThreshold = manualDeliveryKG.refillMass;
CoalDeliveryController controller = go.AddOrGet <CoalDeliveryController>();
controller.batteryRefillPercent = 0.5f;
Tinkerable.MakePowerTinkerable(go);
}
public RandomPlayer(int id, bool isLeft, bool isplayerControl)
: base(isplayerControl, isLeft)
{
PeopleId = id;
PeopleConfig peopleConfig = ConfigData.GetPeopleConfig(id);
Level = peopleConfig.Level;
Job = UserProfile.InfoBasic.Job;
EnergyGenerator.SetRateNpc(peopleConfig);
DeckCard[] cd = new DeckCard[GameConstants.DeckCardCount];
for (int i = 0; i < GameConstants.DeckCardCount; i++)
{
cd[i] = new DeckCard(CardConfigManager.GetRandomCard(0, -1), 1, 0);
}
Cards = new ActiveCards(cd);
InitBase();
}
public override void ConfigureBuildingTemplate(GameObject go, Tag prefab_tag)
{
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery, false);
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.formula = EnergyGenerator.CreateSimpleFormula(SimHashes.Water.CreateTag(), 1f, 10f, SimHashes.Water, 1f, true, new CellOffset(0, 0), 0f);
energyGenerator.meterOffset = Meter.Offset.Behind;
energyGenerator.powerDistributionOrder = 15;
go.AddOrGet <LoopingSounds>();
Prioritizable.AddRef(go);
Storage storage = go.AddOrGet <Storage>();
storage.capacityKg = 10f;
storage.showInUI = true;
storage.allowItemRemoval = false;
storage.showDescriptor = true;
storage.fetchCategory = Storage.FetchCategory.GeneralStorage;
Tinkerable.MakePowerTinkerable(go);
go.AddOrGet <BrisInfiniteGenerator>();
}
public override void ConfigureBuildingTemplate(GameObject go, Tag prefab_tag)
{
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery);
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.formula = EnergyGenerator.CreateSimpleFormula(
SimHashes.Hydrogen.CreateTag(), HYDROGEN_BURN_RATE, 10f,
SimHashes.Iron, IRON_CREATE_RATE, true, new CellOffset(0, 0), 473.15f);
energyGenerator.meterOffset = Meter.Offset.Behind;
energyGenerator.powerDistributionOrder = 9;
energyGenerator.ignoreBatteryRefillPercent = true;
Storage storage = go.AddOrGet <Storage>();
storage.capacityKg = STORAGE_SIZE;
ConduitConsumer conduitConsumer = go.AddOrGet <ConduitConsumer>();
conduitConsumer.conduitType = ConduitType.Gas;
conduitConsumer.consumptionRate = 2f;
conduitConsumer.capacityKG = 8f;
conduitConsumer.forceAlwaysSatisfied = true;
conduitConsumer.capacityTag = GameTagExtensions.Create(SimHashes.Hydrogen);
conduitConsumer.wrongElementResult = ConduitConsumer.WrongElementResult.Dump;
ElementDropper elementDropper = go.AddOrGet <ElementDropper>();
elementDropper.emitTag = new Tag("Iron");
elementDropper.emitMass = 10f;
elementDropper.emitOffset = new Vector3(0f, 0f, 0f);
//FusionReactor reactor = go.AddOrGet<FusionReactor>();
go.AddOrGet <LoopingSounds>();
Prioritizable.AddRef(go);
Tinkerable.MakePowerTinkerable(go);
go.AddOrGet <MinimumOperatingTemperature>().minimumTemperature = 373.15f;
}
public static void Postfix(GameObject go)
{
EnergyGenerator origEnergyGenerator = go.GetComponent <EnergyGenerator>();
Storage storage = go.GetComponent <Storage>();
ManualDeliveryKG origManualDeliveryKG = go.GetComponent <ManualDeliveryKG>();
CoalEnergyGenerator energyGenerator = go.AddOrGet <CoalEnergyGenerator>();
energyGenerator.powerDistributionOrder = origEnergyGenerator.powerDistributionOrder;
energyGenerator.hasMeter = true;
energyGenerator.formula = origEnergyGenerator.formula;
CoalManualDeliveryKG manualDeliveryKG = go.AddOrGet <CoalManualDeliveryKG>();
manualDeliveryKG.SetStorage(storage);
manualDeliveryKG.requestedItemTag = origManualDeliveryKG.requestedItemTag;
manualDeliveryKG.ignoresOperationStatus = true;
manualDeliveryKG.capacity = origManualDeliveryKG.capacity;
manualDeliveryKG.refillMass = origManualDeliveryKG.refillMass;
manualDeliveryKG.choreTags = new Tag[]
{
GameTags.ChoreTypes.Power
};
manualDeliveryKG.choreTypeIDHash = Db.Get().ChoreTypes.PowerFetch.IdHash;
DualSlider dualSlider = go.AddOrGet <DualSlider>();
dualSlider.fillUptoThreshold = manualDeliveryKG.capacity;
dualSlider.refillThreshold = manualDeliveryKG.refillMass;
CoalDeliveryController controller = go.AddOrGet <CoalDeliveryController>();
controller.batteryRefillPercent = 0.5f;
AddStrings.AddString(manualDeliveryKG.RequestedItemTag.Name);
UnityEngine.Object.DestroyImmediate(origEnergyGenerator);
UnityEngine.Object.DestroyImmediate(origManualDeliveryKG);
}
public override void DoPostConfigureComplete(GameObject go)
{
GeneratedBuildings.RegisterLogicPorts(go, LogicOperationalController.INPUT_PORTS_0_0);
go.AddOrGet <LogicOperationalController>();
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery, false);
go.AddOrGet <LoopingSounds>();
go.AddOrGet <Storage>();
BuildingDef def = go.GetComponent <Building>().Def;
float num = 20f;
go.AddOrGet <LoopingSounds>();
ConduitConsumer conduitConsumer = go.AddOrGet <ConduitConsumer>();
conduitConsumer.conduitType = def.InputConduitType;
conduitConsumer.consumptionRate = 10f;
conduitConsumer.capacityTag = GameTags.CombustibleLiquid;
conduitConsumer.capacityKG = num;
conduitConsumer.forceAlwaysSatisfied = true;
conduitConsumer.wrongElementResult = ConduitConsumer.WrongElementResult.Dump;
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.powerDistributionOrder = 8;
energyGenerator.ignoreBatteryRefillPercent = true;
energyGenerator.hasMeter = true;
EnergyGenerator.Formula formula = default(EnergyGenerator.Formula);
formula.inputs = new EnergyGenerator.InputItem[1]
{
new EnergyGenerator.InputItem(GameTags.CombustibleLiquid, 2f, num)
};
formula.outputs = new EnergyGenerator.OutputItem[2]
{
new EnergyGenerator.OutputItem(SimHashes.CarbonDioxide, 0.5f, false, new CellOffset(0, 3), 383.15f),
new EnergyGenerator.OutputItem(SimHashes.DirtyWater, 0.75f, false, new CellOffset(1, 1), 313.15f)
};
energyGenerator.formula = formula;
Tinkerable.MakePowerTinkerable(go);
go.AddOrGetDef <PoweredActiveController.Def>();
}
public override void ConfigureBuildingTemplate(GameObject go, Tag prefab_tag)
{
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery, false);
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.formula = EnergyGenerator.CreateSimpleFormula(SimHashes.Carbon.CreateTag(), 1f, 600f, SimHashes.CarbonDioxide, 0.02f, false, new CellOffset(1, 2), 383.15f);
energyGenerator.meterOffset = Meter.Offset.Behind;
energyGenerator.SetSliderValue(50f, 0);
energyGenerator.powerDistributionOrder = 9;
Storage storage = go.AddOrGet <Storage>();
storage.capacityKg = 600f;
go.AddOrGet <LoopingSounds>();
Prioritizable.AddRef(go);
ManualDeliveryKG manualDeliveryKG = go.AddOrGet <ManualDeliveryKG>();
manualDeliveryKG.SetStorage(storage);
manualDeliveryKG.requestedItemTag = new Tag("Coal");
manualDeliveryKG.capacity = storage.capacityKg;
manualDeliveryKG.refillMass = 100f;
manualDeliveryKG.choreTypeIDHash = Db.Get().ChoreTypes.PowerFetch.IdHash;
Tinkerable.MakePowerTinkerable(go);
}
public HumanPlayer(bool isLeft)
: base(true, isLeft)
{
PeopleId = 0;
Level = UserProfile.InfoBasic.Level;
Job = UserProfile.InfoBasic.Job;
DeckCard[] cd = new DeckCard[GameConstants.DeckCardCount];
for (int i = 0; i < GameConstants.DeckCardCount; i++)
{
int id = UserProfile.InfoCard.SelectedDeck.GetCardAt(i);
cd[i] = new DeckCard(UserProfile.InfoCard.GetDeckCardById(id));
}
Cards = new ActiveCards(cd);
int[] energyRate = { 0, 0, 0 };
int[] equipOn = Array.ConvertAll(UserProfile.InfoEquip.Equipon, a => a.BaseId);
CalculateEquipAndSkill(equipOn, energyRate);
EnergyGenerator.SetRate(energyRate, UserProfile.InfoBasic.Job);
InitBase();
BattleManager.Instance.RuleData.CheckPlayerData(this);
}
public void HardDelete(EnergyGenerator energyGenerator)
{
this.energyGeneratorRepository.HardDelete(energyGenerator);
this.energyGeneratorRepository.SaveChanges();
}
public void Update(EnergyGenerator energyGenerator)
{
this.energyGeneratorRepository.Update(energyGenerator);
this.energyGeneratorRepository.SaveChanges();
}
public static async Task SeedDatabase(ApplicationDbContext context,
UserManager <ApplicationUser> userManager)
{
if (!context.Users.Any())
{
var personsWithPasswords = new List <PersonWithPassword>
{
new PersonWithPassword
(
new ApplicationUser
{
UserName = "******",
Email = "*****@*****.**",
Address = "45 Long Beach Blvd, Miami"
},
new Person
{
FirstName = "John",
LastName = "Doe"
},
"NewPassword123$"
),
new PersonWithPassword
(
new ApplicationUser
{
UserName = "******",
Email = "*****@*****.**",
Address = "15 Square Ave, London"
},
new Person
{
FirstName = "Michael",
LastName = "Jordan"
},
"FreshPassword123$"
)
};
foreach (var personWithPassword in personsWithPasswords)
{
var applicationUser = personWithPassword.AppUser;
IdentityResult result =
await userManager.CreateAsync(applicationUser, personWithPassword.Password);
if (result.Succeeded)
{
var person = personWithPassword.Person;
person.ApplicationUserId = applicationUser.Id;
context.Persons.Add(person);
}
}
context.SaveChanges();
}
if (!context.Manufacturers.Any())
{
var manufacturers = new List <Manufacturer>
{
new Manufacturer()
{
Name = "Philips"
},
new Manufacturer()
{
Name = "Siemens"
},
new Manufacturer()
{
Name = "Samsung"
},
new Manufacturer()
{
Name = "Asus"
},
new Manufacturer()
{
Name = "IBM"
},
new Manufacturer()
{
Name = "Whirlpool"
},
new Manufacturer()
{
Name = "LG"
},
new Manufacturer()
{
Name = "Solar City"
},
new Manufacturer()
{
Name = "Tesla"
},
new Manufacturer()
{
Name = "Teledyne Energy Systems"
},
};
context.Manufacturers.AddRange(manufacturers);
context.SaveChanges();
}
if (!context.ElectricalDeviceTypes.Any())
{
var electricalDeviceTypes = new List <ElectricalDeviceType>
{
new ElectricalDeviceType()
{
TypeName = "LED Light"
},
new ElectricalDeviceType()
{
TypeName = "Washing Machine"
},
new ElectricalDeviceType()
{
TypeName = "Air conditioner"
},
new ElectricalDeviceType()
{
TypeName = "Computer"
},
new ElectricalDeviceType()
{
TypeName = "Refridgerator"
},
new ElectricalDeviceType()
{
TypeName = "Electronic Microscope"
},
new ElectricalDeviceType()
{
TypeName = "Water Pump"
},
new ElectricalDeviceType()
{
TypeName = "Water Heater"
},
new ElectricalDeviceType()
{
TypeName = "Energy Generator"
},
new ElectricalDeviceType()
{
TypeName = "Solar panel"
},
new ElectricalDeviceType()
{
TypeName = "Radioisotope Thermoelectric Generator"
},
new ElectricalDeviceType()
{
TypeName = "Battery Pack"
}
};
context.ElectricalDeviceTypes.AddRange(electricalDeviceTypes);
context.SaveChanges();
}
if (!context.ElectricalDeviceModels.Any())
{
var philips = context.Manufacturers.FirstOrDefault(m => m.Name == "Philips");
var siemens = context.Manufacturers.FirstOrDefault(m => m.Name == "Siemens");
var samsung = context.Manufacturers.FirstOrDefault(m => m.Name == "Samsung");
var whirlpool = context.Manufacturers.FirstOrDefault(m => m.Name == "Whirlpool");
var lg = context.Manufacturers.FirstOrDefault(m => m.Name == "LG");
var solarCity = context.Manufacturers.FirstOrDefault(m => m.Name == "Solar City");
var tesla = context.Manufacturers.FirstOrDefault(m => m.Name == "Tesla");
var teledyne = context.Manufacturers.FirstOrDefault(m => m.Name == "Teledyne Energy Systems");
var electricalDeviceModels = new List <ElectricalDeviceModel>
{
new ElectricalDeviceModel()
{
ModelName = "Philips CH5 Air Conditioner",
MeasuringUnit = "Degrees (C)",
MinValue = 18.0d,
MaxValue = 30.0d,
Step = 1.0d,
PowerPerStep = 5.6d,
PowerAtLowestUnitLevel = 30.0d,
ModelIdentifier = "KL54-PLPS",
Manufacturer = philips,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Air conditioner")
},
new ElectricalDeviceModel()
{
ModelName = "Siemens LED Light FC83H",
MeasuringUnit = "Lumens",
MinValue = 30.0d,
MaxValue = 90.0d,
Step = 5.0d,
PowerPerStep = 0.6,
PowerAtLowestUnitLevel = 4.0d,
ModelIdentifier = "9DE4-SMNS",
Manufacturer = siemens,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "LED Light")
},
new ElectricalDeviceModel()
{
ModelName = "Samsung Fridge DL23M",
MeasuringUnit = "Degrees (C)",
MinValue = -15.0d,
MaxValue = 6.0d,
Step = 1.0d,
PowerPerStep = 7.0d,
PowerAtLowestUnitLevel = 35.0d,
ModelIdentifier = "CV7J-SMSG",
Manufacturer = samsung,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Refridgerator")
},
new ElectricalDeviceModel()
{
ModelName = "Whirlpool Water Pump DH4F",
MeasuringUnit = "LitresPerMin",
MinValue = 0.5d,
MaxValue = 20.0d,
Step = 0.5d,
PowerPerStep = 7.0d,
PowerAtLowestUnitLevel = 45.0d,
ModelIdentifier = "JE3C-WHPL",
Manufacturer = whirlpool,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Water Pump")
},
new ElectricalDeviceModel()
{
ModelName = "LG Water Heater KD25",
MeasuringUnit = "Degrees (C)",
MinValue = 20.0d,
MaxValue = 80.0d,
Step = 1.0d,
PowerPerStep = 0.5d,
PowerAtLowestUnitLevel = 22.0d,
ModelIdentifier = "90QW-LGLG",
Manufacturer = lg,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Water Heater")
},
new ElectricalDeviceModel()
{
ModelName = "Solar City MX45 Panel",
MeasuringUnit = "Watts",
MinValue = 0.0d,
MaxValue = 80.0d,
Step = 1.0d,
PowerPerStep = 0.5d,
PowerAtLowestUnitLevel = 0.0d,
ModelIdentifier = "34FD-SLCT",
Manufacturer = solarCity,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Solar panel")
},
new ElectricalDeviceModel()
{
ModelName = "Teledyne HJ24 MMRTG",
MeasuringUnit = "Degrees (C)",
MinValue = 0.0d,
MaxValue = 120.0d,
Step = 1.0d,
PowerPerStep = 0.5d,
PowerAtLowestUnitLevel = 0.0d,
ModelIdentifier = "3F4F-TLDN",
Manufacturer = teledyne,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Radioisotope Thermoelectric Generator")
},
new ElectricalDeviceModel()
{
ModelName = "Tesla 24CF Power Pack",
Capacity = 50000,
MeasuringUnit = "Degrees (C)",
MinValue = 0.0d,
MaxValue = 250.0d,
Step = 1.0d,
PowerPerStep = 0.5d,
PowerAtLowestUnitLevel = 0.0d,
ModelIdentifier = "90QW-TSLA",
Manufacturer = tesla,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Battery Pack")
}
};
context.ElectricalDeviceModels.AddRange(electricalDeviceModels);
context.SaveChanges();
if (!context.EnergyGenerators.Any())
{
var energyGenerators = new List <EnergyGenerator>();
var teledyneRadioisotopeGeneratorModel =
context.ElectricalDeviceModels.FirstOrDefault(edm => edm.ModelName == "Teledyne HJ24 MMRTG");
var radioisotopeGenerator = new EnergyGenerator()
{
SerialNumber = "VC23-DF42-OK49-3F4F-TLDN",
ElectricalDeviceModel = teledyneRadioisotopeGeneratorModel
};
energyGenerators.Add(radioisotopeGenerator);
var radioisotopeGeneratorSecond = new EnergyGenerator()
{
SerialNumber = "LQ21-CA30-SQ1P-3F4F-TLDN",
ElectricalDeviceModel = teledyneRadioisotopeGeneratorModel
};
energyGenerators.Add(radioisotopeGeneratorSecond);
string[] setOfStrings = new string[]
{
"JFC9", "PO92", "CXO9", "AZ39", "PO9W", "QE31", "SXL4", "BA6G"
};
var solarCityPanelModel =
context.ElectricalDeviceModels.FirstOrDefault(edm => edm.ModelName == "Solar City MX45 Panel");
int setLength = setOfStrings.Length;
Random randomGenerator = new Random();
for (int i = 0; i < 20; i++)
{
StringBuilder sb = new StringBuilder();
for (int j = 0; j < 3; j++)
{
string randomString = setOfStrings[randomGenerator.Next(0, setLength)];
sb.AppendFormat("{0}-", randomString);
}
var energyGenerator = new EnergyGenerator()
{
SerialNumber = sb.ToString(),
ElectricalDeviceModel = solarCityPanelModel
};
energyGenerators.Add(energyGenerator);
}
context.EnergyGenerators.AddRange(energyGenerators);
context.SaveChanges();
}
if (!context.BatteryPacks.Any())
{
var battery = new BatteryPack()
{
SerialNumber = "D3AP-W24C-QW2X-90QW-TSLA",
ElectricalDeviceModel =
context.ElectricalDeviceModels.FirstOrDefault(edm => edm.ModelName == "Tesla 24CF Power Pack")
};
context.BatteryPacks.Add(battery);
context.SaveChanges();
}
}
if (!context.BaseUnits.Any())
{
context.BaseUnits.AddRange
(
new BaseUnit {
Name = "Living Space"
},
new BaseUnit {
Name = "Green House"
}
);
context.SaveChanges();
}
if (!context.ElectricalSystemTypes.Any())
{
var electricalSystemTypes = new List <ElectricalSystemType>
{
new ElectricalSystemType {
Name = "Air-Conditining System"
},
new ElectricalSystemType {
Name = "Lighting System"
},
new ElectricalSystemType {
Name = "Fridge System"
},
new ElectricalSystemType {
Name = "Water Pumping System"
},
new ElectricalSystemType {
Name = "Water Heating System"
}
};
context.ElectricalSystemTypes.AddRange(electricalSystemTypes);
context.SaveChanges();
}
if (!context.ElectricalSystems.Any())
{
var livingSpaceBaseUnit = context.BaseUnits.FirstOrDefault(u => u.Name == "Living Space");
var greenHouseBaseUnit = context.BaseUnits.FirstOrDefault(bu => bu.Name == "Green House");
var airConditioningSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Air-Conditining System");
var ligthingSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Lighting System");
var fridgeSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Fridge System");
var waterPumpingSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Water Pumping System");
var waterHeatingSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Water Heating System");
var airConditioningLivingSpace = new ElectricalSystem()
{
Name = "Air Conditioning System (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = airConditioningSystemType
};
var airConditioningGreenHouse = new ElectricalSystem()
{
Name = "Air Conditioning System (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = airConditioningSystemType
};
var lightsSystemLivingSpace = new ElectricalSystem()
{
Name = "LED Lights (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = ligthingSystemType
};
var lightsSystemGreenHouse = new ElectricalSystem()
{
Name = "LED Lights (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = ligthingSystemType
};
var fridgeSystemLivingSpace = new ElectricalSystem()
{
Name = "Fridge System (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = fridgeSystemType
};
var fridgeSystemGreenHouse = new ElectricalSystem()
{
Name = "Fridge System (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = fridgeSystemType
};
var waterPumpSystemLivingSpace = new ElectricalSystem()
{
Name = "Water Pumping System (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = waterPumpingSystemType
};
var waterPumpSystemGreenHouse = new ElectricalSystem()
{
Name = "Water Pumping System (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = waterPumpingSystemType
};
var waterHeatingSystemLivingSpace = new ElectricalSystem()
{
Name = "Water Heating System (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = waterHeatingSystemType
};
var waterHeatingSystemGreenHouse = new ElectricalSystem()
{
Name = "Water Heating System (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = waterHeatingSystemType
};
var electricalSystems = new List <ElectricalSystem>
{
airConditioningLivingSpace,
airConditioningGreenHouse,
lightsSystemLivingSpace,
lightsSystemGreenHouse,
fridgeSystemLivingSpace,
fridgeSystemGreenHouse,
waterPumpSystemLivingSpace,
waterPumpSystemGreenHouse,
waterHeatingSystemLivingSpace,
waterHeatingSystemGreenHouse
};
context.ElectricalSystems.AddRange(electricalSystems);
context.SaveChanges();
}
if (!context.ElectricalDevices.Any())
{
var ledLightsLivingSpaceSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "LED Lights (Living Space)");
var ledLightsGreenHouseSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "LED Lights (Living Space)");
var philipsCH5AirConditioner =
context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "Philips CH5 Air Conditioner");
var siemensLEDLightFC83H = context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "Siemens LED Light FC83H");
var samsungFridgeDL23M = context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "Samsung Fridge DL23M");
var whirlpoolWaterPumpDH4F = context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "Whirlpool Water Pump DH4F");
var lgWaterHeaterKD25 = context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "LG Water Heater KD25");
var electricalDevices = new List <ElectricalDevice>
{
new ElectricalDevice()
{
SerialNumber = "4HDE-BHRU-98CH-KL54-PLPS",
ElectricalDeviceModel = philipsCH5AirConditioner,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Air Conditioning System (Living Space)"),
MeasuringUnitCurrentLevel = 21.0d
},
new ElectricalDevice()
{
SerialNumber = "BNMV-RT65-AS9K-KL54-PLPS",
ElectricalDeviceModel = philipsCH5AirConditioner,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Air Conditioning System (Green House)"),
MeasuringUnitCurrentLevel = 21.0d
},
new ElectricalDevice()
{
SerialNumber = "8XCD-GHJD-82WD-9DE4-SMNS",
ElectricalDeviceModel = siemensLEDLightFC83H,
ElectricalSystem = ledLightsLivingSpaceSystem,
MeasuringUnitCurrentLevel = 30.0d
},
new ElectricalDevice()
{
SerialNumber = "KERL-PKS1-DF9A-9DE4-SMNS",
ElectricalDeviceModel = siemensLEDLightFC83H,
ElectricalSystem = ledLightsLivingSpaceSystem,
MeasuringUnitCurrentLevel = 30.0d
},
new ElectricalDevice()
{
SerialNumber = "BCRE-MGHW-KSD3-9DE4-SMNS",
ElectricalDeviceModel = siemensLEDLightFC83H,
ElectricalSystem = ledLightsGreenHouseSystem,
MeasuringUnitCurrentLevel = 45.0d
},
new ElectricalDevice()
{
SerialNumber = "PA8G-LM2A-DF9A-9DE4-SMNS",
ElectricalDeviceModel = siemensLEDLightFC83H,
ElectricalSystem = ledLightsGreenHouseSystem,
MeasuringUnitCurrentLevel = 45.0d
},
new ElectricalDevice()
{
SerialNumber = "PKLC-WERP-CVBH-CV7J-SMSG",
ElectricalDeviceModel = samsungFridgeDL23M,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Fridge System (Living Space)"),
MeasuringUnitCurrentLevel = 4.0d
},
new ElectricalDevice()
{
SerialNumber = "MVC8-KDKD-CD9K-CV7J-SMSG",
ElectricalDeviceModel = samsungFridgeDL23M,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Fridge System (Green House)"),
MeasuringUnitCurrentLevel = 4.0d
},
new ElectricalDevice()
{
SerialNumber = "FH3S-DE4C-CF5D-JE3C-WHPL",
ElectricalDeviceModel = whirlpoolWaterPumpDH4F,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Water Pumping System (Living Space)"),
MeasuringUnitCurrentLevel = 14.0d
},
new ElectricalDevice()
{
SerialNumber = "MVC8-KDKD-CD9K-JE3C-WHPL",
ElectricalDeviceModel = whirlpoolWaterPumpDH4F,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Water Pumping System (Green House)"),
MeasuringUnitCurrentLevel = 0.5d
},
new ElectricalDevice()
{
SerialNumber = "8XCD-GHJD-82WD-90QW-LGLG",
ElectricalDeviceModel = lgWaterHeaterKD25,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Water Heating System (Living Space)"),
MeasuringUnitCurrentLevel = 70.0d
},
new ElectricalDevice()
{
SerialNumber = "KL2W-AS2E-WE3C-90QW-LGLG",
ElectricalDeviceModel = lgWaterHeaterKD25,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Water Heating System (Green House)"),
MeasuringUnitCurrentLevel = 20.0d
}
};
context.ElectricalDevices.AddRange(electricalDevices);
context.SaveChanges();
}
}
internal static PortDisplayOutput AddOutput(GameObject go, CellOffset offset, SimHashes elementHash)
{
Element element = ElementLoader.GetElement(elementHash.CreateTag());
ConduitType conduitType = element.IsGas ? ConduitType.Gas : element.IsLiquid ? ConduitType.Liquid : ConduitType.Solid;
// port color
Color32 color = element.substance.conduitColour;
color.a = 255; // for some reason the alpha channel is set to invisible for some elements (hydrogen only?)
if (color.r == 0 && color.g == 0 && color.b == 0)
{
// avoid completely black icons since the background is black
color.r = 25;
color.g = 25;
color.b = 25;
}
PortDisplayOutput outputPort = new PortDisplayOutput(conduitType, offset, null, color);
PortDisplayController controller = go.AddOrGet <PortDisplayController>();
controller.Init(go);
controller.AssignPort(go, outputPort);
ElementConverter converter = go.GetComponent <ElementConverter>();
if (converter != null)
{
for (int i = 0; i < converter.outputElements.Length; ++i)
{
ElementConverter.OutputElement item = converter.outputElements[i];
if (item.elementHash == elementHash)
{
converter.outputElements[i].storeOutput = true;
PipedDispenser dispenser = go.AddComponent <PipedDispenser>();
dispenser.elementFilter = new SimHashes[] { elementHash };
dispenser.AssignPort(outputPort);
dispenser.alwaysDispense = true;
dispenser.SkipSetOperational = true;
PipedOptionalExhaust exhaust = go.AddComponent <PipedOptionalExhaust>();
exhaust.dispenser = dispenser;
exhaust.elementHash = elementHash;
exhaust.elementTag = elementHash.CreateTag();
exhaust.capacity = item.massGenerationRate * converter.OutputMultiplier * 5;
break;
}
}
}
else
{
EnergyGenerator energyGenerator = go.GetComponent <EnergyGenerator>();
if (energyGenerator != null)
{
for (int i = 0; i < energyGenerator.formula.outputs.Length; ++i)
{
EnergyGenerator.OutputItem item = energyGenerator.formula.outputs[i];
if (item.element == elementHash)
{
energyGenerator.formula.outputs[i].store = true;
PipedDispenser dispenser = go.AddComponent <PipedDispenser>();
dispenser.elementFilter = new SimHashes[] { elementHash };
dispenser.AssignPort(outputPort);
dispenser.alwaysDispense = true;
dispenser.SkipSetOperational = true;
PipedOptionalExhaust exhaust = go.AddComponent <PipedOptionalExhaust>();
exhaust.dispenser = dispenser;
exhaust.elementHash = elementHash;
exhaust.elementTag = elementHash.CreateTag();
exhaust.capacity = item.creationRate * 5;
break;
}
}
}
}
return(outputPort);
}
