private void CheckForMigration(Civilization civ)
{
foreach (PlanetData pData in civ.PlanetList)
{
pData.UpdateMigrationStatus();
}
}
private void DetermineMigrationLocation(Pops pop, Civilization civ)
{
float topPlanetValue = 0f;
PlanetData topPlanet = null;
foreach (PlanetData pData in civ.PlanetList) // determine the top value of each planet and choose the best one
{
if (pData != pop.PlanetLocated)
{
float currentPlanetValue = MigrationValueOfPlanet(pData, pop);
if (currentPlanetValue > topPlanetValue)
{
topPlanetValue = currentPlanetValue;
topPlanet = pData;
}
}
}
if (topPlanetValue > Constants.Constants.StellarMigrationThreshold + UnityEngine.Random.Range(0,200)) // if the best value is above a certain threshold
{
List<Region> eligibleRegionList = new List<Region>();
foreach (Region rData in topPlanet.RegionList.ToArray())
{
if (rData.IsHabitable)
{
eligibleRegionList.Add(rData);
}
}
if (eligibleRegionList.Count > 0)
{
int regionChoice = UnityEngine.Random.Range(0,eligibleRegionList.Count); // find an eligible region
// move the pop from one region on a planet to another planet and a suitable region
string oldPlanetName = pop.PlanetLocated.Name;
pop.IsMigratingOffPlanet = false; // reset the flag
pop.RegionLocated.PopsInTile.Remove(pop);
pop.RegionLocated.EmigratedLastTurn += 1;
pop.RegionLocated.PopsInTile.TrimExcess();
pop.RegionLocationID = eligibleRegionList[regionChoice].ID;
pop.RegionLocated.PopsInTile.Add(pop);
pop.RegionLocated.ImmigratedLastTurn += 1;
pop.PlanetHappinessLevel = 50; // reset planet happiness since they just moved
Debug.Log("In " + gDataRef.GameDate.ToString("N1") +", a " + pop.PopClass.ToString() + " migrated from " + oldPlanetName + " to " + topPlanet.Name + ".");
topPlanet.MigratePopsBetweenRegions(); // rerun migration to move the pop to a more suitable region
}
else
{
pop.UnrestLevel += .05f; // can't leave
pop.PopSupport -= .05f; // and is pissed
}
}
else
{
pop.UnrestLevel += .05f; // can't leave
pop.PopSupport -= .05f; // and is pissed
}
}
public static Civilization CreateNewCivilization()
{
List<String> civNameList = DataManager.civNameList;
// populate the color list if needed
if (civColorList.Count == 0)
PopulateCivColorList();
Civilization newCiv = new Civilization();
int dieRoll = 0;
galaxyDataRef = GameObject.Find("GameManager").GetComponent<GalaxyData>(); // access galaxy data
gameDataRef = GameObject.Find("GameManager").GetComponent<GlobalGameData>(); // access galaxy data
// Step 1: Generate type of civ
dieRoll = UnityEngine.Random.Range(1, 7);
newCiv.Type = (Civilization.eCivType)dieRoll; // cast to enum
// Step 2: Generate ID of civ
newCiv.ID = "CIV" + gameDataRef.CivList.Count.ToString("N0");
// Step 2: Generate name of civ
string primaryName = "";
string surName = "";
if (civNameList.Count > 0)
{
var nameIndex = UnityEngine.Random.Range(0, civNameList.Count);
primaryName = civNameList[nameIndex];
civNameList.RemoveAt(nameIndex);
civNameList.TrimExcess();
}
else
primaryName = "GenericName";
var surNameIndex = UnityEngine.Random.Range(0, DataManager.civSurNameList.Count);
surName = DataManager.civSurNameList[surNameIndex];
newCiv.Name = primaryName + " " + surName;
// Step 3: Generate other base stats (treasury, size, etc)
// size/range
newCiv.Range = 40; // to start with
int size = UnityEngine.Random.Range(0, 100);
// adjust size/other ratings for civ type
switch(newCiv.Type)
{
case Civilization.eCivType.Confederation :
{
size += 55;
break;
}
case Civilization.eCivType.MinorEmpire:
{
size += 40;
break;
}
case Civilization.eCivType.Satrapy:
{
size += 20;
break;
}
case Civilization.eCivType.BrokenCivilization:
{
size -= 30;
break;
}
case Civilization.eCivType.Pirates:
{
size -= 15;
break;
}
}
// add a empire type mod here
if (size < 40)
newCiv.Size = Civilization.eCivSize.SinglePlanet;
else if (size < 70)
newCiv.Size = Civilization.eCivSize.Local;
else if (size < 90)
{
newCiv.Size = Civilization.eCivSize.Minor;
newCiv.Range = UnityEngine.Random.Range(MultiSystemEmpireRange - 200, MultiSystemEmpireRange + 200);
}
else
{
newCiv.Size = Civilization.eCivSize.Major;
newCiv.Range = UnityEngine.Random.Range(MultiRegionEmpireRange - 400, MultiRegionEmpireRange + 400);
}
// skill ratings
newCiv.FarmingBaseRating = UnityEngine.Random.Range(70, 100) - (int)newCiv.Type * 10;
newCiv.MiningBaseRating = UnityEngine.Random.Range(50, 90) - (int)newCiv.Type * 10;
newCiv.ScienceBaseRating = UnityEngine.Random.Range(0, 50) + (int)newCiv.Type * 10;
newCiv.HighTechBaseRating = UnityEngine.Random.Range(0, 40) + (int)newCiv.Type * 10;
newCiv.ManufacturingBaseRating = UnityEngine.Random.Range(5, 50) + (int)newCiv.Type * 10;
// tolerance
newCiv.PlanetMinTolerance = UnityEngine.Random.Range(40, 60); // sets the base minimum habitable world a civilization is willing to tolerate
// province size
if (newCiv.Size == Civilization.eCivSize.Major)
{
newCiv.CivMaxProvinceSize = UnityEngine.Random.Range(1, 6); // sets a province size between 1 and 5 systems
newCiv.AdminRating = UnityEngine.Random.Range(5, 21); // generates the civ's base admin rating (how efficient they are in adminstering provinces
}
else
{
newCiv.CivMaxProvinceSize = 0; // no provinces can be created; the civ is essentially one province
newCiv.AdminRating = 1;
}
// admin rating
// Step 4: Determine planet of origin
retryPlanet: // beginning of retry loop
PlanetData civPlanet = new PlanetData();
dieRoll = UnityEngine.Random.Range(0, galaxyDataRef.GalaxyPlanetDataList.Count); // find the planets in the quadrant
civPlanet = galaxyDataRef.GalaxyPlanetDataList[dieRoll];
if (galaxyDataRef.GalaxyPlanetDataList[dieRoll].AdjustedBio < newCiv.PlanetMinTolerance) // if the bio is too low, throw it out
goto retryPlanet;
if (gameDataRef.CivList.Count > 0)
{
foreach (Civilization civ in gameDataRef.CivList)
{
List<StarData> populatedHomeSystems = new List<StarData>();
populatedHomeSystems = HelperFunctions.DataRetrivalFunctions.GetCivSystemList(civ);
if (civPlanet.ID == civ.CapitalPlanetID) // check for capital world
goto retryPlanet;
if (civ.PlanetIDList.Exists(p => p == civPlanet.ID)) // then all other worlds
goto retryPlanet;
if (newCiv.ID != civ.ID)
if (populatedHomeSystems.Exists(p => p.ID == civPlanet.SystemID)) // check for systems that other civs have claimed
goto retryPlanet;
}
// assign a name for the civ's planet
if (DataManager.planetNameList.Count > 0)
{
var nameIndex = UnityEngine.Random.Range(0, DataManager.planetNameList.Count);
civPlanet.Name = DataManager.planetNameList[nameIndex];
DataManager.planetNameList.RemoveAt(nameIndex);
DataManager.planetNameList.TrimExcess();
}
else
civPlanet.Name = "GenericName";
// set as capital and send to assign pops, developments, etc.
newCiv.CapitalPlanetID = civPlanet.ID;
ClaimCivPlanet(civPlanet, newCiv);
civPlanet.Rank = PlanetData.ePlanetRank.ImperialCapital;
newCiv.PlanetIDList.Add(civPlanet.ID); // add the planet
}
// Step 5: Determine additional planets
if (newCiv.Size != Civilization.eCivSize.SinglePlanet)
ClaimPlanetsForCiv(newCiv);
// Step 5: Generate color of civ
retryColor: // beginning of retry loop
Color civColor = new Color();
civColor = new Color(UnityEngine.Random.Range(.01f, .99f), UnityEngine.Random.Range(.01f, .99f), UnityEngine.Random.Range(.01f, .99f)); // select a random color
if (gameDataRef.CivList.Count > 0)
{
foreach (Civilization civ in gameDataRef.CivList)
{
if (civColor == civ.Color)
goto retryColor;
}
newCiv.Color = civColor;
}
return newCiv;
}
// this 'flags' planets to seed with pops in the next step
public static void ClaimPlanetsForCiv(Civilization newCiv)
{
gameDataRef = GameObject.Find("GameManager").GetComponent<GlobalGameData>();
galaxyDataRef = GameObject.Find("GameManager").GetComponent<GalaxyData>();
float civMaxDistance = newCiv.Range;
PlanetData homePlanet = galaxyDataRef.GalaxyPlanetDataList.Find(p => p.ID == newCiv.CapitalPlanetID);
StarData homeStar = galaxyDataRef.GalaxyStarDataList.Find(p => p.ID == homePlanet.SystemID);
List<StarData> eligibleSystems = new List<StarData>();
foreach (StarData star in galaxyDataRef.GalaxyStarDataList)
{
float distance = HelperFunctions.Formulas.MeasureDistanceBetweenSystems(star, homeStar);
if ( distance <= civMaxDistance) // must be within range and also include the home system
eligibleSystems.Add(star); // add systems that are close to the home star
}
//
// now check planets in those systems to see if they can be owned
foreach (StarData potStar in eligibleSystems)
{
foreach(PlanetData pData in potStar.PlanetList)
{
if (pData.AdjustedBio >= newCiv.PlanetMinTolerance)
{
bool planetEligible = true;
foreach (Civilization civ in gameDataRef.CivList) // check each civ to make sure they don't own the planet
{
if (civ.PlanetIDList.Exists (p => p == pData.ID))
planetEligible = false;
if (pData.ID == homePlanet.ID)
planetEligible = false;
if (pData.AdjustedMaxHabitableTiles == 0) // if after traits there are no tiles to put people on, it's not a good planet!
planetEligible = false;
}
if (planetEligible) // if they don't, then claim!
ClaimCivPlanet(pData,newCiv);
}
}
}
}
void GenerateAICivs()
{
for (int x = 0; x < gameDataRef.NumberOfAICivs; x++)
{
Civilization newCiv = new Civilization();
newCiv = GenerateGameObject.CreateNewCivilization(); // may need to add parameters
gameDataRef.AddNewCivilization(newCiv);
}
}
private void UpdatePopularSupport(Civilization civ)
{
foreach (PlanetData pData in civ.PlanetList)
{
pData.UpdatePopularSupport(); // update popular support and unrest levels
}
}
private void UpdateEvents(Civilization civ)
{
foreach (PlanetData pData in civ.PlanetList)
{
GameEvents.PlanetEventCreator.GeneratePlanetEvents(pData, civ); // generate the events for each planet
}
foreach (GameEvents.GameEvent gEvent in civ.LastTurnEvents.ToArray())
{
if (!gEvent.EventIsNew) // delete the event if it's already been seen
{
civ.LastTurnEvents.Remove(gEvent);
civ.LastTurnEvents.TrimExcess();
}
if (gEvent.EventIsNew)
{
gEvent.EventIsNew = false;
}
}
}
private void ResetCivBudgets(Civilization civ)
{
civ.Revenues = 0;
civ.Expenses = 0; // reset the budgets at the start of the year
}
public static List<StarData> GetCivSystems(Civilization civ)
{
GalaxyData galaxyDataRef = GameObject.Find("GameManager").GetComponent<GalaxyData>();
PlanetData pData = new PlanetData();
List<PlanetData> pDataList = new List<PlanetData>();
List<StarData> sDataList = new List<StarData>();
foreach (string ID in civ.PlanetIDList)
{
pData = galaxyDataRef.GalaxyPlanetDataList.Find(p => p.ID == ID);
if (!sDataList.Exists(p => p.ID == pData.SystemID))
sDataList.Add(galaxyDataRef.GalaxyStarDataList.Find(p => p.ID == pData.SystemID));
}
return sDataList;
}
public static List<StarData> GetCivSystemList(Civilization civ)
{
GlobalGameData gameDataRef = GameObject.Find("GameManager").GetComponent<GlobalGameData>();
GalaxyData galaxyDataRef = GameObject.Find("GameManager").GetComponent<GalaxyData>();
List<StarData> civStarList = new List<StarData>();
foreach (PlanetData planet in galaxyDataRef.GalaxyPlanetDataList)
{
if (civ.PlanetIDList.Exists(p => p == planet.ID))
{
StarData star = galaxyDataRef.GalaxyStarDataList.Find(p => p.ID == planet.SystemID);
if (!civStarList.Contains(star))
civStarList.Add(star);
}
}
return civStarList;
}
public static List<Province> GetCivProvinceList(Civilization civ)
{
GlobalGameData gameDataRef = GameObject.Find("GameManager").GetComponent<GlobalGameData>();
GalaxyData galaxyDataRef = GameObject.Find("GameManager").GetComponent<GalaxyData>();
List<Province> civProvinceList = new List<Province>();
foreach (Province prov in galaxyDataRef.ProvinceList)
{
if (prov.OwningCivID == civ.ID)
{
civProvinceList.Add(prov);
}
}
return civProvinceList;
}
public static List<PlanetData> GetCivPlanetList(Civilization civ)
{
GlobalGameData gameDataRef = GameObject.Find("GameManager").GetComponent<GlobalGameData>();
GalaxyData galaxyDataRef = GameObject.Find("GameManager").GetComponent<GalaxyData>();
List<PlanetData> civPlanetList = new List<PlanetData>();
foreach (PlanetData planet in galaxyDataRef.GalaxyPlanetDataList)
{
if (civ.PlanetIDList.Exists(p => p == planet.ID))
{
civPlanetList.Add(planet);
}
}
return civPlanetList;
}
void GeneratePlanetIntelLevels(Civilization humanCiv)
{
List<PlanetData> civPlanetList = HelperFunctions.DataRetrivalFunctions.GetCivPlanetList(humanCiv);
foreach (StarData star in gData.GalaxyStarDataList)
{
foreach (PlanetData planet in star.PlanetList)
{
if (civPlanetList.Exists(p => p.ID == planet.ID))
{
planet.IntelLevel = 10;
planet.ScanLevel = 1f;
}
else
{
planet.IntelLevel = star.IntelValue / 2;
planet.ScanLevel = (float)(star.IntelValue / 10f) * UnityEngine.Random.Range(.2f, 1f);
}
}
}
}
void GenerateHumanCiv()
{
Civilization newCiv = new Civilization();
newCiv.Name = gameDataRef.PlayerEmpireName;
newCiv.Color = Color.cyan; // the color of the empire's system and planet holdings
newCiv.Type = Civilization.eCivType.PlayerEmpire; // default empire
newCiv.CivMaxProvinceSize = 5;
newCiv.AdminRating = 18; // rating that determines maximum size of governable provinces
newCiv.Treasury = Random.Range(1000000f, 5000000f); // starting treasury
newCiv.Size = Civilization.eCivSize.Major;
newCiv.Range = (int)(gameDataRef.GalaxySizeWidth / 2.3f);
newCiv.PlanetMinTolerance = 45;
newCiv.AstronomyRating = UnityEngine.Random.Range(6,11) * 1000;
newCiv.ID = "CIV0"; // use this to reference the player's civ
newCiv.HumanCiv = true;
PlanetData pData;
List<PlanetData> terranSystemPlanetList = gData.GalaxyStarDataList.Find(p => p.Name == "Neo-Sirius").PlanetList;
pData = terranSystemPlanetList[UnityEngine.Random.Range(0, terranSystemPlanetList.Count)];
// create the human homeworld manually;
pData.Name = "New Terra";
pData.ID = "PLANEWT001";
pData.PlanetSpriteNumber = 43; // the city type
pData.Type = PlanetData.ePlanetType.Terran;
pData.Rank = PlanetData.ePlanetRank.ImperialCapital;
pData.Size = 60;
pData.Bio = 90;
pData.Energy = 70;
pData.HeavyMaterials = 60;
pData.MaxTiles = 30;
pData.MaxHabitableTiles = 26;
pData.RareMaterials = 30;
pData.BasicMaterials = 88;
pData.IsTradeHub = true;
newCiv.CapitalPlanetID = pData.ID;
GenerateGameObject.GeneratePlanetRegions(pData); // rework the tiles
newCiv.PlanetIDList.Add(pData.ID);
// generate the rest of the planet claims for the player empire
gameDataRef.AddNewCivilization(newCiv);
GenerateGameObject.ClaimPlanetsForCiv(newCiv);
// determine intel level for systems, scan level for planets
foreach (StarData star in gData.GalaxyStarDataList)
{
foreach (StarData civStar in HelperFunctions.DataRetrivalFunctions.GetCivSystemList(newCiv))
{
float range = HelperFunctions.Formulas.MeasureDistanceBetweenSystems(civStar, star);
if (star.IntelValue < (int)(newCiv.AstronomyRating / (range + 1)))
star.IntelValue = (int)(newCiv.AstronomyRating / (range + 1));
}
}
}
private void LookForTradePartner(Civilization civ, string resource, string planetID)
{
PlanetData needyPlanet = HelperFunctions.DataRetrivalFunctions.GetPlanet(planetID);
SortedList sortedPlanetDistList = new SortedList();
// create the sorted list
foreach (PlanetData pData in needyPlanet.System.Province.PlanetList)
{
if (pData.ID != planetID && pData.IsInhabited)
{
float dist = HelperFunctions.Formulas.MeasureDistanceBetweenSystems(needyPlanet.System,pData.System);
while (sortedPlanetDistList.ContainsKey(dist))
{
dist += .001f;
}
sortedPlanetDistList.Add(dist,pData);
}
}
// now check for general ability to create agreement (distance, starbase, support level of viceroy)
foreach (DictionaryEntry de in sortedPlanetDistList)
{
PlanetData exportPlanet = (PlanetData)de.Value; // cast?
if (exportPlanet.IsTradeAgreementValid(needyPlanet, resource)) // check for food agreement (is there enough food to send?)
{
TradeAgreement newTrade = new TradeAgreement();
newTrade.ExportPlanetID = exportPlanet.ID;
newTrade.Status = TradeAgreement.eAgreementStatus.Active;
newTrade.ImportPlanetID = needyPlanet.ID;
switch (resource)
{
case "food" :
{
if (exportPlanet.FoodExportAvailable >= Math.Abs(needyPlanet.FoodDifference))
newTrade.FoodSent = Math.Abs(needyPlanet.FoodDifference);
else if (exportPlanet.FoodExportAvailable > 0)
newTrade.FoodSent = exportPlanet.FoodExportAvailable;
else
newTrade.FoodSent = 0; // no food avail, error check
if (newTrade.FoodSent >= exportPlanet.StarbaseCapacityRemaining)
{
newTrade.FoodSent = exportPlanet.StarbaseCapacityRemaining;
}
break;
}
case "energy":
{
if (exportPlanet.EnergyExportAvailable >= Math.Abs(needyPlanet.EnergyDifference))
newTrade.EnergySent = Math.Abs(needyPlanet.EnergyDifference);
else if (exportPlanet.EnergyExportAvailable > 0)
newTrade.EnergySent = exportPlanet.EnergyExportAvailable;
else
newTrade.EnergySent = 0;
if (newTrade.EnergySent >= exportPlanet.StarbaseCapacityRemaining)
{
newTrade.EnergySent = exportPlanet.StarbaseCapacityRemaining;
}
break;
}
case "alpha":
{
if (exportPlanet.AlphaExportAvailable >= Math.Abs(needyPlanet.AlphaPreProductionDifference))
newTrade.AlphaSent = Math.Abs(needyPlanet.AlphaPreProductionDifference);
else if (exportPlanet.AlphaExportAvailable > 0)
newTrade.AlphaSent = exportPlanet.AlphaExportAvailable;
else
newTrade.AlphaSent = 0;
if (newTrade.AlphaSent >= exportPlanet.StarbaseCapacityRemaining)
{
newTrade.AlphaSent = exportPlanet.StarbaseCapacityRemaining;
}
break;
}
case "heavy":
{
if (exportPlanet.HeavyExportAvailable >= Math.Abs(needyPlanet.HeavyPreProductionDifference))
newTrade.HeavySent = Math.Abs(needyPlanet.HeavyPreProductionDifference);
else if (exportPlanet.HeavyExportAvailable > 0)
newTrade.HeavySent = exportPlanet.HeavyExportAvailable;
else
newTrade.HeavySent = 0;
if (newTrade.HeavySent >= exportPlanet.StarbaseCapacityRemaining)
{
newTrade.HeavySent = exportPlanet.StarbaseCapacityRemaining;
}
break;
}
case "rare":
{
if (exportPlanet.RareExportAvailable >= Math.Abs(needyPlanet.RarePreProductionDifference))
newTrade.RareSent = Math.Abs(needyPlanet.RarePreProductionDifference);
else if (exportPlanet.RareExportAvailable > 0)
newTrade.RareSent = exportPlanet.RareExportAvailable;
else
newTrade.RareSent = 0;
//starbase capacity check
if (newTrade.RareSent >= exportPlanet.StarbaseCapacityRemaining)
{
newTrade.RareSent = exportPlanet.StarbaseCapacityRemaining;
}
break;
}
default:
break;
}
if (newTrade.TotalSent >= 0.01) // minimum threshold amount for trades, also check for capacity of the trade
{
Debug.Log("Trade of " + newTrade.TotalSent.ToString("N2") + " " + resource + " to " + newTrade.ImportPlanet.Name + " from " + newTrade.ExportPlanet.Name + " over " + newTrade.Distance.ToString("N1") + " LY for $" + newTrade.Cost.ToString("N2") + " with a " + newTrade.CostModifier.ToString("N1") + " modifier.");
gDataRef.ActiveTradeAgreements.Add(newTrade); // add the new agreement
}
// update the trade info for each planet
UpdatePlanetTradeInfo(needyPlanet);
UpdatePlanetTradeInfo(exportPlanet);
}
}
}
private void MigratePopsBetweenPlanets(Civilization civ)
{
foreach (PlanetData pData in civ.PlanetList)
{
foreach (Region rData in pData.RegionList)
{
foreach (Pops pop in rData.PopsInTile.ToArray())
{
if (pop.IsMigratingOffPlanet)
{
DetermineMigrationLocation(pop, civ);
}
}
}
}
}
public static StarData GetCivHomeSystem(Civilization civ)
{
GlobalGameData gameDataRef = GameObject.Find("GameManager").GetComponent<GlobalGameData>();
GalaxyData galaxyDataRef = GameObject.Find("GameManager").GetComponent<GalaxyData>();
PlanetData pData = new PlanetData();
StarData sData = new StarData();
pData = galaxyDataRef.GalaxyPlanetDataList.Find(p => p.ID == civ.CapitalPlanetID);
sData = galaxyDataRef.GalaxyStarDataList.Find(p => p.ID == pData.SystemID);
return sData;
}
public static void GenerateNewPop(Civilization civ, Region rData, Boolean isGraduating)
{
float PopSkillModifier = 0.0f;
float HouseFarmingModifier = 1f;
float HouseMiningModifier = 1f;
float HouseEngineeringModifier = 1f;
float HouseScienceModifier = 1f;
float HouseMerchantModifier = 1f;
float HouseFluxModifier = 1f;
float HouseAdminModifier = 1f;
Pops newPop = new Pops();
// Step 1: Determine civ of pop and set location
newPop.EmpireID = civ.ID;
newPop.RegionLocationID = rData.ID;
// Step 1a: Determine type/age of pop
int popTypeChance = 0;
popTypeChance = UnityEngine.Random.Range(0, 100);
if (isGraduating) // there must always be fewer child pops then worker pops (for Peter Pan issue)
{
newPop.Age = 18;
PopSkillModifier = YoungAdultSkillModifier;
}
if (popTypeChance < ChancePopIsYoungAdult && !isGraduating)
{
newPop.Type = Pops.ePopType.Worker;
newPop.Age = UnityEngine.Random.Range(18,25);
PopSkillModifier = YoungAdultSkillModifier * ((float)newPop.Age/ 18f);
}
if (popTypeChance < ChancePopIsWorker && !isGraduating)
{
newPop.Type = Pops.ePopType.Worker;
newPop.Age = UnityEngine.Random.Range(25, 65);
PopSkillModifier = WorkerSkillModifier;
}
if (popTypeChance >= ChancePopIsRetired && !isGraduating)
{
newPop.Type = Pops.ePopType.Retired;
newPop.Age = UnityEngine.Random.Range(66, 85);
PopSkillModifier = RetiredSkillModifier;
}
//}
//else
//{
// newPop.Type = Pops.ePopType.Worker;
// newPop.Age = UnityEngine.Random.Range(18, 65);
// PopSkillModifier = WorkerSkillModifier;
//}
// Step 1A: Get House Skill Modifier;
if (rData.PlanetLocated.Viceroy.AssignedHouse != null)
{
//HouseFarmingModifier += ((rData.PlanetLocated.Viceroy.AssignedHouse.FarmingTradition - 50) * .01f * (rData.PlanetLocated.Viceroy.TimeInPosition / 100f));
//HouseMiningModifier += ((rData.PlanetLocated.Viceroy.AssignedHouse.MiningTradition - 50) * .01f * (rData.PlanetLocated.Viceroy.TimeInPosition / 100f));
//HouseEngineeringModifier += ((rData.PlanetLocated.Viceroy.AssignedHouse.ManufacturingTradition - 50) * .01f * (rData.PlanetLocated.Viceroy.TimeInPosition / 100f));
//HouseFluxModifier += (((rData.PlanetLocated.Viceroy.AssignedHouse.ScienceTradition + rData.PlanetLocated.Viceroy.AssignedHouse.ManufacturingTradition) - 100) * .01f * (rData.PlanetLocated.Viceroy.TimeInPosition / 100f));
//HouseScienceModifier += ((rData.PlanetLocated.Viceroy.AssignedHouse.ScienceTradition - 50) * .01f * (rData.PlanetLocated.Viceroy.TimeInPosition / 100f));
//HouseAdminModifier += ((rData.PlanetLocated.Viceroy.AssignedHouse.GovernmentTradition - 50) * .01f * (rData.PlanetLocated.Viceroy.TimeInPosition / 100f));
//HouseMerchantModifier += ((rData.PlanetLocated.Viceroy.AssignedHouse.TradeTradition - 50) * .01f * (rData.PlanetLocated.Viceroy.TimeInPosition / 100f));
}
// Step 2: Generate basic stats (eventually blend for civ speciality/tech level)
int farmSkill = 0;
int scienceSkill = 0;
int miningSkill = 0;
int highTechSkill = 0;
int manufacturingSkill = 0;
int merchantSkill = 0;
int fluxSkill = 0;
int adminSkill = 0;
// determine the need in each region for each type of pop
int farmDeficit = rData.FarmingLevel - rData.TotalFarmers;
int minerDeficit = rData.MiningLevel - rData.TotalMiners;
int fluxmenDeficit = rData.HighTechLevel - rData.TotalFluxmen;
int adminDeficit = rData.GovernmentLevel - rData.TotalAdministrators;
int engineerDeficit = rData.ManufacturingLevel - rData.TotalEngineers;
int scientistDeficit = rData.ScienceLevel - rData.TotalScientists;
int merchantDeficit = (rData.PopsInTile.Count / 4) - rData.TotalMerchants;
// create the base skills using the house modifiers
farmSkill = (int)(UnityEngine.Random.Range(45, 55) * PopSkillModifier * HouseFarmingModifier);
scienceSkill = (int)(UnityEngine.Random.Range(45, 55) * PopSkillModifier * HouseScienceModifier);
miningSkill = (int)(UnityEngine.Random.Range(45, 55) * PopSkillModifier * HouseMiningModifier);
highTechSkill = (int)(UnityEngine.Random.Range(45, 55) * PopSkillModifier * HouseEngineeringModifier);
manufacturingSkill = (int)(UnityEngine.Random.Range(45, 55) * PopSkillModifier * HouseEngineeringModifier);
fluxSkill = (int)(UnityEngine.Random.Range(45, 55) * PopSkillModifier * HouseFluxModifier);
merchantSkill = (int)(UnityEngine.Random.Range(45, 55) * PopSkillModifier * HouseMerchantModifier);
adminSkill = (int)(UnityEngine.Random.Range(45, 55) * PopSkillModifier * HouseAdminModifier);
// adjust for more 'needed/common' pops based on type of job and current need
farmSkill += farmDeficit * skillNeedMultiple;
scienceSkill += scientistDeficit * skillNeedMultiple;
miningSkill += minerDeficit * skillNeedMultiple;
highTechSkill += ((fluxmenDeficit + engineerDeficit) / 2) * skillNeedMultiple;
manufacturingSkill += engineerDeficit * skillNeedMultiple;
fluxSkill += fluxmenDeficit * skillNeedMultiple;
merchantSkill += merchantDeficit * skillNeedMultiple;
adminSkill += adminDeficit * skillNeedMultiple;
// assign the final skill totals
newPop.FarmingSkill = farmSkill;
newPop.ScienceSkill = scienceSkill;
newPop.MiningSkill = miningSkill;
newPop.HighTechSkill = highTechSkill;
newPop.ManufacturingSkill = manufacturingSkill;
newPop.FluxSkill = fluxSkill;
newPop.MerchantSkill = merchantSkill;
newPop.AdminSkill = adminSkill;
// put the pop into the workforce
newPop.Employment = Pops.ePopEmployment.Unemployed;
// Step 3: Generate popular support and unrest levels
newPop.PopSupport = .5f; // 50% to start
newPop.UnrestLevel = UnityEngine.Random.Range(0f, .1f);
newPop.PlanetHappinessLevel = UnityEngine.Random.Range(30, 90) - (100-rData.PlanetLocated.AdjustedBio);
// Step 4: Add the pop
rData.PopsInTile.Add(newPop);
}
public static void AddPopsToPlanet(PlanetData pData, Civilization civ)
{
// add pops to each region on a planet
foreach (Region rData in pData.RegionList)
{
for (int x = 0; x < rData.MaxSafePopulationLevel; x++ )
{
float generationChance = 0;
int generationTarget = 0;
// determine base chance for pop generation
generationChance = UnityEngine.Random.Range(0, 135);
if (pData.Rank == PlanetData.ePlanetRank.EstablishedColony)
generationTarget = ChanceForPopOnStandardColony;
if (pData.Rank == PlanetData.ePlanetRank.SystemCapital)
generationTarget = ChanceForPopOnSystemCapital;
if (pData.Rank == PlanetData.ePlanetRank.ProvinceCapital)
generationTarget = ChanceForPopOnProvinceCapital;
if (pData.Rank == PlanetData.ePlanetRank.ImperialCapital)
generationTarget = ChanceForPopOnCivCapital;
generationChance -= (float)(rData.HabitatationInfrastructureLevel / 2f);
// adjust for existing infrastructure
generationChance += rData.MaxSafePopulationLevel - (rData.MaxSafePopulationLevel - rData.PopsInTile.Count);
if (rData.PopsInTile.Count == 0 && rData.TotalDevelopmentLevel > 0)
{
generationChance = 0; // always add at least one pop!
}
if (rData.TotalDevelopmentLevel == 0)
{
break;
}
if (generationChance <= generationTarget)
{
GenerateNewPop(civ, rData, false); // add a new pop to the region
}
}
}
}
// this is where all planet-update functions go to save time
private void UpdatePlanets(Civilization civ)
{
foreach (PlanetData pData in civ.PlanetList)
{
pData.UpdateBirthAndDeath(); // update popular support and unrest levels
pData.MigratePopsBetweenRegions(); // first check to move pops between regions to regions that might better support their talents
pData.UpdateEmployment(); // once pops have moved, check employment status
pData.UpdateShortfallConditions(); // update shortfall results (food, power, etc)
if (gDataRef.GameMonth == 1) // on the first month of every year, do this
{
pData.SendTaxUpward(); // determine taxes and send up the chute
PlanetDevelopmentAI.AdjustViceroyBuildPlan(pData, true); // look at adjusting the build plan for each planet, force every year or when game starts
}
else
{
PlanetDevelopmentAI.AdjustViceroyBuildPlan(pData, false); // look at adjusting the build plan for each planet
}
pData.ExecuteProductionPlan(); // update production of new infrastructure on the planet
//GameEvents.PlanetEventCreator.GeneratePlanetEvents(pData, civ); // generate the events for each planet
}
}
public static void ClaimCivPlanet(PlanetData pData, Civilization newCiv)
{
// assign a name for the civ's planet
if (DataManager.planetNameList.Count > 0)
{
var nameIndex = UnityEngine.Random.Range(0, DataManager.planetNameList.Count);
pData.Name = DataManager.planetNameList[nameIndex];
DataManager.planetNameList.RemoveAt(nameIndex);
DataManager.planetNameList.TrimExcess();
}
else
pData.Name = "GenericName";
pData.Rank = PlanetData.ePlanetRank.EstablishedColony;
newCiv.PlanetIDList.Add(pData.ID); // add the planet
}
public bool IsActionValid(Character cData, Civilization civ)
{
if (AllValid)
{
return true;
}
if (cData.Role == Character.eRole.Emperor && !EmperorAction) // if not an Emperor character action, kick
return false;
if (cData.Role == Character.eRole.Viceroy && !ViceroyValid)
{
return false;
}
if (cData.Role == Character.eRole.SystemGovernor && !SysGovValid)
{
return false;
}
if (cData.Role == Character.eRole.ProvinceGovernor && !ProvGovValid)
{
return false;
}
if (cData.Role == Character.eRole.DomesticPrime && !PrimeValid)
{
return false;
}
if (cData.Role == Character.eRole.Inquisitor && !InquisitorValid)
{
return false;
}
if (EmperorNearValid)
{
if (civ.Leader != null)
{
if (cData.PlanetLocationID != civ.Leader.PlanetLocationID)
{
return false;
}
}
else
{
return false; // no leader, so false anyway
}
}
return true; // passed all tests so it's true
}
public void AddNewCivilization(Civilization civ)
{
CivList.Add(civ);
}
