private static List<IPerson> GeneratePopulation(int id, ICivilization civilization, int popCount)
{
List<IPerson> population = new List<IPerson>();
for (int n = 0; n < popCount; n++)
{
//Thread.Sleep(_Random.Next(200, 700));
PersonHelper personHelper = new PersonHelper();
personHelper.Civilization = civilization;
personHelper.Race = civilization.Race;
personHelper.Mythology = civilization.Race.Mythos;
// maybe we should check the population levels before starting the next loop? First thing in the for loop?
IPopulationCenters popCenter = civilization.PopulationCenters.First(pc => pc.Population.Count < pc.MaxPopulation);
personHelper.OriginatesFrom = popCenter; // WHAT HAPPENS WHEN WE RUN OUT OF CITIES!?
personHelper.Father = new Person();
personHelper.Mother = new Person();
personHelper.Partner = new Person();
PersonGen personGen = new PersonGen();
IPerson person = personGen.GenerateSingle(personHelper);
population.Add(person);
popCenter.Population.Add(person);
if (n < 9) person.SocialStatus = CoreEnums.Status.Highborne;
WriteToConsole("ID: " + id + "Name: " + population.Last().Name + "; Race: " + population.Last().Race.Name);
}
return population;
}
/// <summary>
/// Generates a single Hamlet.
/// </summary>
/// <returns></returns>
public IPopulationCenters GenerateSingle(ICivilization civilization)
{
IPopulationCenters center = null;
if (!civilization.RegionsOwned.Last().CanSupportAdditionalPopulationCenters()) return center; // as long as the last region has available centers we can keep going
center = new Hamlet(); // we start with a hamlet and move up as population increases
return CreateCenter(civilization, center);
}
public Player(ICivilization civilization, string name)
{
isDead = false;
cities = new List<City>();
units = new List<Unit>();
this.civilization = civilization;
Name = name;
Head = null;
OnPropertyChanged("CitiesCount");
OnPropertyChanged("Units");
}
public static void CreateGame(int difficulty, int competition, ICivilization tribe, string leaderName = null, string tribeName = null, string tribeNamePlural = null)
{
if (_instance != null)
{
Log("ERROR: Game instance already exists");
return;
}
_instance = new Game(difficulty, competition, tribe, leaderName, tribeName, tribeNamePlural);
foreach (IUnit unit in _instance._units)
{
unit.Explore();
}
}
public bool AreAtWar(ICivilization civOne, ICivilization civTwo)
{
if (civOne.Template.IsBarbaric || civTwo.Template.IsBarbaric)
{
return(true);
}
else
{
return(ActiveWars.Where(data =>
(data.Attacker == civOne && data.Defender == civTwo) ||
(data.Attacker == civTwo && data.Defender == civOne)
).Count() > 0);
}
}
private IOngoingDeal BuildOngoingDeal(
ICivilization sender, ICivilization receiver, out Mock <IOngoingDeal> mock
)
{
mock = new Mock <IOngoingDeal>();
mock.SetupAllProperties();
mock.Setup(deal => deal.Sender).Returns(sender);
mock.Setup(deal => deal.Receiver).Returns(receiver);
var newDeal = mock.Object;
return(newDeal);
}
private IPlayer BuildPlayer(ICivilization controlledCiv, IPlayerBrain brain)
{
var mockPlayer = new Mock <IPlayer>();
mockPlayer.Setup(player => player.ControlledCiv).Returns(controlledCiv);
mockPlayer.Setup(player => player.Brain).Returns(brain);
mockPlayer.Setup(player => player.Name).Returns(controlledCiv.Template.Name);
var newPlayer = mockPlayer.Object;
AllPlayers.Add(newPlayer);
return(newPlayer);
}
private void InputLeaderName()
{
if (Common.HasScreenType <Input>())
{
return;
}
ICivilization civ = _tribesAvailable[_tribe];
Input input = new Input(Palette, civ.Leader.Name, 6, 5, 11, OffsetX + 168, OffsetY + 105, 109, 10, 13);
input.Accept += LeaderName_Accept;
input.Cancel += LeaderName_Accept;
Common.AddScreen(input);
}
public YieldSummary GetYieldOfCell(IHexCell cell, ICivilization perspectiveCiv)
{
if (cell == null)
{
throw new ArgumentNullException("cell");
}
YieldSummary retval = YieldSummary.Empty;
ICity cityOwningCell = CellPossessionCanon.GetOwnerOfPossession(cell);
retval += InherentYieldLogic.GetInherentCellYield(cell, false);
var nodeAtLocation = NodePositionCanon.GetPossessionsOfOwner(cell).FirstOrDefault();
var visibleResources = TechCanon.GetResourcesVisibleToCiv(perspectiveCiv);
var improvementOnCell = ImprovementLocationCanon.GetPossessionsOfOwner(cell).FirstOrDefault();
var discoveredTechs = TechCanon.GetTechsDiscoveredByCiv(perspectiveCiv);
bool hasFreshWater = FreshWaterCanon.HasAccessToFreshWater(cell);
if (cityOwningCell != null)
{
var buildingsOnCell = BuildingPossessionCanon.GetPossessionsOfOwner(cityOwningCell)
.Select(building => building.Template);
retval += BuildingYieldLogic.GetBonusCellYieldFromBuildings(cell, buildingsOnCell);
}
if (nodeAtLocation != null)
{
retval += NodeYieldLogic.GetYieldFromNode(nodeAtLocation, visibleResources, improvementOnCell);
}
if (improvementOnCell != null)
{
retval += ImprovementYieldLogic.GetYieldOfImprovement(
improvementOnCell, nodeAtLocation, visibleResources, discoveredTechs, hasFreshWater
);
}
if (perspectiveCiv != null && GoldenAgeCanon.IsCivInGoldenAge(perspectiveCiv) && retval[YieldType.Gold] > 0f)
{
retval[YieldType.Gold] += CivConfig.GoldenAgeBonusGoldOnCells;
}
return(retval);
}
private void DecomposeTechs(SerializableCivilizationData civData, ICivilization newCiv)
{
if (civData.TechQueue != null)
{
for (int i = 0; i < civData.TechQueue.Count; i++)
{
var techName = civData.TechQueue[i];
var techOfName = AvailableTechs.Where(tech => tech.Name.Equals(techName)).FirstOrDefault();
if (techOfName == null)
{
throw new InvalidOperationException(string.Format("CivData.TechQueue had invalid tech name {0} in it", techName));
}
newCiv.TechQueue.Enqueue(techOfName);
}
}
if (civData.DiscoveredTechs != null)
{
foreach (var discoveredTechName in civData.DiscoveredTechs)
{
var techOfName = AvailableTechs.Where(tech => tech.Name.Equals(discoveredTechName)).FirstOrDefault();
if (techOfName == null)
{
throw new InvalidOperationException(
string.Format("CivData.DiscoveredTechs had invalid tech name {0} in it", discoveredTechName)
);
}
TechCanon.SetTechAsDiscoveredForCiv(techOfName, newCiv);
}
}
if (civData.ProgressOnTechs != null)
{
foreach (var techInProgressName in civData.ProgressOnTechs.Keys)
{
var techOfName = AvailableTechs.Where(tech => tech.Name.Equals(techInProgressName)).FirstOrDefault();
if (techOfName == null)
{
throw new InvalidOperationException(
string.Format("CivData.ProgressOnTechs had invalid tech name {0} in it", techInProgressName)
);
}
TechCanon.SetProgressOnTechByCiv(techOfName, newCiv, civData.ProgressOnTechs[techInProgressName]);
}
}
}
private bool HasDomesticPortCity(IHexCell cell, ICivilization domesticCiv)
{
var cityAtCell = CityLocationCanon.GetPossessionsOfOwner(cell).FirstOrDefault();
if (cityAtCell != null && CityPossessionCanon.GetOwnerOfPossession(cityAtCell) == domesticCiv)
{
var buildingsInCity = BuildingPossessionCanon.GetPossessionsOfOwner(cityAtCell);
return(buildingsInCity.Any(building => building.Template.ProvidesOverseaConnection));
}
else
{
return(false);
}
}
public YieldSummary GetYieldOfCellForCity(IHexCell cell, ICity city)
{
if (cell == null)
{
throw new ArgumentNullException("slot");
}
else if (city == null)
{
throw new ArgumentNullException("city");
}
ICivilization owner = CityPossessionCanon.GetOwnerOfPossession(city);
return(CellYieldLogic.GetYieldOfCell(cell, owner) * GetMultiplier(city));
}
public IEnumerable <ISocialPolicyBonusesData> GetPolicyBonusesForCiv(ICivilization civ)
{
var retval = GetPoliciesUnlockedFor(civ).Select(policy => policy.Bonuses);
retval = retval.Concat(
GetTreesUnlockedFor(civ).Select(tree => tree.UnlockingBonuses)
);
retval = retval.Concat(
GetTreesUnlockedFor(civ).Where(tree => IsTreeCompletedByCiv(tree, civ))
.Select(tree => tree.CompletionBonuses)
);
return(retval);
}
private bool DoAllCitiesHaveTemplate(IBuildingTemplate template, ICivilization owner)
{
var allCities = CityPossessionCanon.GetPossessionsOfOwner(owner);
foreach (var city in allCities)
{
var templatesOf = BuildingPossessionCanon.GetPossessionsOfOwner(city).Select(building => building.Template);
if (!templatesOf.Contains(template))
{
return(false);
}
}
return(true);
}
private IUnit BuildUnit(UnitPositionCanonTestData.UnitData unitData, ICivilization domesticCiv, ICivilization foreignCiv)
{
var mockUnit = new Mock <IUnit>();
mockUnit.Setup(unit => unit.Type).Returns(unitData.Type);
mockUnit.Setup(unit => unit.MaxMovement).Returns(unitData.MaxMovement);
mockUnit.Setup(unit => unit.MovementSummary).Returns(unitData.MovementSummary);
var newUnit = mockUnit.Object;
MockUnitPossessionCanon.Setup(canon => canon.GetOwnerOfPossession(newUnit))
.Returns(unitData.BelongsToDomesticCiv ? domesticCiv : foreignCiv);
return(newUnit);
}
private void ExecuteLockingSequence(
ResourceLockingCanon lockingCanon, List <LockingType> sequence,
IResourceDefinition resource, ICivilization civ
)
{
foreach (var lockingOperation in sequence)
{
switch (lockingOperation)
{
case LockingType.Lock: lockingCanon.LockCopyOfResourceForCiv(resource, civ); break;
case LockingType.Unlock: lockingCanon.UnlockCopyOfResourceForCiv(resource, civ); break;
}
}
}
public void SetCellAsExploredByCiv(IHexCell cell, ICivilization civ)
{
HashSet <ICivilization> explorationData;
if (!CivsHavingExploredCell.TryGetValue(cell, out explorationData))
{
explorationData = new HashSet <ICivilization>();
CivsHavingExploredCell[cell] = explorationData;
}
if (explorationData.Add(civ))
{
VisibilitySignals.CellBecameExploredByCiv.OnNext(new Tuple <IHexCell, ICivilization>(cell, civ));
}
}
private IUnit BuildUnit(ICivilization owner, int hitpoints, UnitType type, out Mock <IUnit> unitMock)
{
unitMock = new Mock <IUnit>();
unitMock.SetupAllProperties();
unitMock.Setup(unit => unit.CurrentHitpoints).Returns(hitpoints);
unitMock.Setup(unit => unit.Type).Returns(type);
var newUnit = unitMock.Object;
MockUnitPossessionCanon.Setup(canon => canon.GetOwnerOfPossession(newUnit)).Returns(owner);
return(newUnit);
}
private IUnit BuildUnit(IHexCell location, ICivilization owner, int currentMovement)
{
var mockUnit = new Mock <IUnit>();
mockUnit.SetupAllProperties();
var newUnit = mockUnit.Object;
newUnit.CurrentMovement = currentMovement;
MockUnitPositionCanon.Setup(canon => canon.GetOwnerOfPossession(newUnit)).Returns(location);
MockUnitPossessionCanon.Setup(canon => canon.GetOwnerOfPossession(newUnit)).Returns(owner);
return(newUnit);
}
private IHexCell BuildHexCell(
FocusedHexCellTestData testData, ICivilization domesticCiv, ICivilization foreignCiv
)
{
var newCell = new Mock <IHexCell>().Object;
MockCivTerritoryLogic.Setup(logic => logic.GetCivClaimingCell(newCell))
.Returns(testData.OwnedByDomesticCiv ? domesticCiv : foreignCiv);
if (testData.HasCity)
{
BuildCity(newCell);
}
return(newCell);
}
public override IOngoingDiplomaticExchange ExecuteBetweenCivs(ICivilization fromCiv, ICivilization toCiv)
{
if (!CanExecuteBetweenCivs(fromCiv, toCiv))
{
throw new InvalidOperationException("CanExecuteBetweenCivs must return true for the given arguments");
}
var ongoingExchange = Container.Instantiate <ResourceOngoingDiplomaticExchange>();
ongoingExchange.ResourceInput = ResourceInput;
ongoingExchange.IntegerInput = IntegerInput;
ongoingExchange.Sender = fromCiv;
ongoingExchange.Receiver = toCiv;
return(ongoingExchange);
}
private IUnit BuildUnit(ICivilization owner, int currentHipoints, int maxHitpoints, UnitType type)
{
var mockUnit = new Mock <IUnit>();
mockUnit.SetupAllProperties();
mockUnit.Setup(unit => unit.MaxHitpoints).Returns(maxHitpoints);
mockUnit.Setup(unit => unit.Type).Returns(type);
var newUnit = mockUnit.Object;
newUnit.CurrentHitpoints = currentHipoints;
MockUnitPossessionCanon.Setup(canon => canon.GetOwnerOfPossession(newUnit)).Returns(owner);
return(newUnit);
}
public IPopulationCenters Upgrade(ICivilization civilization, IPopulationCenters center)
{
IPopulationCenters upgrade = null;
if (!civilization.RegionsOwned.Last().CanSupportAdditionalPopulationCenters()) return upgrade; // as long as the last region has available centers we can keep going
if (!center.GetType().Name.ToLower().Equals("metropolis"))
{
upgrade = PopulationCenterFactory.Get(center.GetType().Name);
}
else // we have a metropolis. Generate a new Hamlet now.
{
return GenerateSingle(civilization);
}
return CreateCenter(civilization, upgrade);
}
private IHexCell BuildCell(bool hasRoads, ICivilization owner, IEnumerable <IImprovement> improvements)
{
var mockCell = new Mock <IHexCell>();
mockCell.SetupAllProperties();
var newCell = mockCell.Object;
newCell.HasRoads = hasRoads;
MockImprovementLocationCanon.Setup(canon => canon.GetPossessionsOfOwner(newCell)).Returns(improvements);
MockCivTerritoryLogic.Setup(logic => logic.GetCivClaimingCell(newCell)).Returns(owner);
return(newCell);
}
public int GetProgressOnTechByCiv(ITechDefinition tech, ICivilization civilization)
{
if (!ProgressByCivAndTech.ContainsKey(civilization))
{
ProgressByCivAndTech[civilization] = new Dictionary <ITechDefinition, int>();
}
var civProgressDict = ProgressByCivAndTech[civilization];
if (!civProgressDict.ContainsKey(tech))
{
civProgressDict[tech] = 0;
}
return(civProgressDict[tech]);
}
private ICity BuildCity(int population, ICivilization owner, List <IBuilding> buildings = null)
{
var mockCity = new Mock <ICity>();
mockCity.SetupAllProperties();
var newCity = mockCity.Object;
newCity.Population = population;
MockCityPossessionCanon.Setup(canon => canon.GetOwnerOfPossession(newCity)).Returns(owner);
MockBuildingPossessionCanon.Setup(canon => canon.GetPossessionsOfOwner(newCity)).Returns(buildings);
return(newCity);
}
private void SetVisibility(IHexCell cell, ICivilization civ, int value)
{
Dictionary <ICivilization, int> visibilityDictForCell;
if (!VisibilityOfCellToCiv.ContainsKey(cell))
{
visibilityDictForCell = new Dictionary <ICivilization, int>();
VisibilityOfCellToCiv[cell] = visibilityDictForCell;
}
else
{
visibilityDictForCell = VisibilityOfCellToCiv[cell];
}
visibilityDictForCell[civ] = value;
}
public int GetUnhappinessOfCiv(ICivilization civ)
{
if (civ == null)
{
throw new ArgumentNullException("civ");
}
int retval = 0;
foreach (var city in CityPossessionCanon.GetPossessionsOfOwner(civ))
{
retval += CityHappinessLogic.GetUnhappinessOfCity(city);
}
return(retval);
}
public ResourceTransfer ExportCopiesOfResource(
IResourceDefinition resource, int copies,
ICivilization exporter, ICivilization importer
)
{
if (!CanExportCopiesOfResource(resource, copies, exporter, importer))
{
throw new InvalidOperationException("CanExportCopiesOfResource must return true on the given arguments");
}
var newTransfer = new ResourceTransfer(exporter, importer, resource, copies);
AllActiveTransfers.Add(newTransfer);
return(newTransfer);
}
public IEnumerable <IResourceDefinition> GetResourcesVisibleToCiv(ICivilization civilization)
{
var retval = new HashSet <IResourceDefinition>(AvailableResources);
foreach (var tech in AvailableTechs)
{
if (!IsTechDiscoveredByCiv(tech, civilization))
{
foreach (var resource in tech.RevealedResources)
{
retval.Remove(resource);
}
}
}
return(retval);
}
public void SetTechAsUndiscoveredForCiv(ITechDefinition tech, ICivilization civilization)
{
if (tech == null)
{
throw new ArgumentNullException("tech");
}
else if (civilization == null)
{
throw new ArgumentNullException("civilization");
}
if (IsTechDiscoveredByCiv(tech, civilization))
{
TechsResearchedByCiv[civilization].Remove(tech);
CivSignals.CivUndiscoveredTech.OnNext(new System.Tuple <ICivilization, ITechDefinition>(civilization, tech));
}
}
private ICity BuildCity(CityTestData cityData, IHexCell location, ICivilization owner)
{
var newCity = new Mock <ICity>().Object;
MockBuildingPossessionCanon.Setup(canon => canon.GetPossessionsOfOwner(newCity))
.Returns(cityData.Buildings.Select(buildingData => BuildBuilding(buildingData)));
MockCityLocationCanon.Setup(canon => canon.GetOwnerOfPossession(newCity)).Returns(location);
MockCityLocationCanon.Setup(canon => canon.GetPossessionsOfOwner(location)).Returns(new List <ICity>()
{
newCity
});
MockCityPossessionCanon.Setup(canon => canon.GetOwnerOfPossession(newCity)).Returns(owner);
return(newCity);
}
private void AddUnitProjects(ICivilization cityOwner)
{
foreach (var unitTemplate in TechCanon.GetResearchedUnits(cityOwner))
{
var newRecord = BuildRecord();
newRecord.UnitTemplate = unitTemplate;
newRecord.SelectionButton.interactable = UnitValidityLogic.IsTemplateValidForCity(unitTemplate, ObjectToDisplay);
newRecord.SelectionButton.onClick.AddListener(
() => ObjectToDisplay.ActiveProject = ProjectFactory.ConstructProject(unitTemplate)
);
newRecord.Refresh();
InstantiatedProjectRecords.Add(newRecord);
}
}
private IHexCell BuildHexCell(
NeighboringHexCellTestData testData, ICivilization domesticCiv, ICivilization foreignCiv
)
{
var newCell = new Mock <IHexCell>().Object;
var unitsAt = new List <IUnit>();
foreach (var unitData in testData.UnitsAtCell)
{
unitsAt.Add(BuildUnit(unitData, newCell, unitData.BelongsToDomesticCiv ? domesticCiv : foreignCiv));
}
MockUnitPositionCanon.Setup(canon => canon.GetPossessionsOfOwner(newCell)).Returns(unitsAt);
return(newCell);
}
private IPopulationCenters CreateCenter(ICivilization civilization, IPopulationCenters center)
{
center.Id = Random.Next(0, 423645245);
center.Name = Names.SingleName(CoreEnums.Word.HumanPlace); // TODO: named according to race
center.Description = "DESCRIPTION";
center.Civilization = civilization;
center.Region = civilization.RegionsOwned.First(r => r.CanSupportAdditionalPopulationCenters());
center.Population = new List<IPerson>();
center.HasPort = false; // TODO: hard coded
center.HasMarket = true; // TODO: hard coded
return center;
}