/// <summary>
/// Creates and registers a colony and all associated structures. Links colony to planet appropriately.
/// </summary>
/// <param name="xPos"></param>
/// <param name="yPos"></param>
/// <param name="owner"></param>
/// <param name="area"></param>
/// <param name="ls"></param>
/// <returns></returns>
public static Colony CreateColony(float xPos, float yPos, Player owner, Planet planet, LocatorService ls)
{
Colony c = new Colony(_localIDManager.PopFreeID(), owner, planet, ls);
c.Name = "Colony " + planet.AreaName;
c.AddStructure(StructureFactory.CreateCommandCenter(xPos, yPos, owner, planet.Id));
Biodome b = StructureFactory.CreateBiodome(-9999999, -9999999, owner, planet.Id);
c.AddStructure(b);
b.Stats = new SmallBiodomeStats();
b.Population = 10;
_galaxyRegistrationManager.RegisterObject(c);
planet.SetColony(c);
planet.GetOwner().ColonizedPlanetIDs.Add(planet.Id);
planet.IsColonized = true;
planet.AddStructure(c.CommandCenter);
planet.AddStructure(b);
return(c);
}
public void AddModulesToShip(IShip ship, int numMods, CargoSynchronizer cargoSynchronizer, LocalIDManager galaxyIDManager)
{
for (int i = 0; i < numMods; i++)
{
Module m = null;
int moduleID = galaxyIDManager.PopFreeID();
byte level = (byte)Rand.Random.Next(1, 4);
int modnum = Rand.Random.Next(1, 11);
{
switch (modnum)
{
case 1:
m = new EnergyRegenModule(moduleID, level);
break;
case 2:
m = new ThrustModule(moduleID, level);
break;
case 3:
m = new MaxShieldModule(moduleID, level);
break;
case 4:
m = new ShieldRegenModule(moduleID, level);
break;
case 5:
m = new MaxEnergyModule(moduleID, level);
break;
case 6:
m = new DamageModule(moduleID, level);
break;
case 7:
m = new DefenseModule(moduleID, level);
break;
case 8:
m = new TurnRateModule(moduleID, level);
break;
case 9:
m = new LateralThrustModule(moduleID, level);
break;
case 10:
m = new TopSpeedModule(moduleID, level);
break;
}
}
TransactionAddStatefulCargo str = new TransactionAddStatefulCargo(ship, m, true);
str.OnCompletion += ship.CargoAdded;
cargoSynchronizer.RequestTransaction(str);
}
}
/// <summary>
/// Creates a structure
/// </summary>
/// <param name="type"></param>
/// <param name="health"></param>
/// <param name="xPos"></param>
/// <param name="yPos"></param>
/// <param name="owner"></param>
/// <param name="commandCenter"></param>
/// <returns></returns>
public static IStructure CreateStructure(StructureTypes type, float xPos, float yPos, Player owner, CommandCenter commandCenter, int currentAreaID, IPlayerLocator pl)
{
IStructure s;
switch (type)
{
case (StructureTypes.LaserTurret):
s = new Turret(_localIDManager.PopFreeID(), xPos, yPos, owner, commandCenter, currentAreaID, pl);
break;
case (StructureTypes.Biodome):
s = new Biodome(xPos, yPos, _localIDManager.PopFreeID(), owner, currentAreaID);
break;
case (StructureTypes.PowerPlant):
s = new PowerPlant(xPos, yPos, _localIDManager.PopFreeID(), owner, currentAreaID);
break;
case (StructureTypes.Silo):
s = new Silo(xPos, yPos, _localIDManager.PopFreeID(), owner, currentAreaID);
break;
default:
throw new Exception("CreateStructure not implemented for structure type " + type.ToString());
}
_galaxyRegistrationManager.RegisterObject(s);
return(s);
}
/// <summary>
/// Creates a structure
/// </summary>
/// <param name="type"></param>
/// <param name="xPos"></param>
/// <param name="yPos"></param>
/// <param name="owner"></param>
/// <param name="commandCenter"></param>
/// <param name="currentAreaID"></param>
/// <param name="pl"></param>
/// <param name="writeToDB">If true, must specify dbm</param>
/// <param name="dbm">must be specified if writeToDB is true</param>
/// <returns></returns>
public static IStructure CreateStructure(StructureTypes type, float xPos, float yPos, Player owner, CommandCenter commandCenter, int currentAreaID, IPlayerLocator pl, bool writeToDB = false, IDatabaseManager dbm = null)
{
IStructure s;
switch (type)
{
case (StructureTypes.LaserTurret):
TurretTypes t = owner.GetArea().AreaType == AreaTypes.Planet ? TurretTypes.Planet : TurretTypes.Space;
s = new Turret(_localIDManager.PopFreeID(), xPos, yPos, owner.Id, currentAreaID, t, pl);
break;
case (StructureTypes.Biodome):
return(CreateBiodome(xPos, yPos, owner, currentAreaID));
case (StructureTypes.PowerPlant):
s = new PowerPlant(xPos, yPos, _localIDManager.PopFreeID(), owner.Id, currentAreaID);
break;
case (StructureTypes.Silo):
s = new Silo(xPos, yPos, _localIDManager.PopFreeID(), owner.Id, currentAreaID);
break;
case (StructureTypes.CommandCenter):
return(CreateCommandCenter(xPos, yPos, owner, currentAreaID));
case (StructureTypes.Factory):
s = new Factory(xPos, yPos, _localIDManager.PopFreeID(), owner.Id, currentAreaID);
break;
default:
throw new Exception("CreateStructure not implemented for structure type " + type.ToString());
}
_galaxyRegistrationManager.RegisterObject(s);
if (writeToDB)
{
if (dbm == null)
{
throw new Exception("Error: must specify IDatabaseManager dbm if writeToDB is true.");
}
else
{
dbm.SaveAsync(s);
}
}
return(s);
}
/// <summary>
/// Returns created NPCPlayers
/// </summary>
/// <param name="galaxyManager"></param>
/// <param name="IDManager"></param>
/// <param name="rm"></param>
/// <param name="pm"></param>
/// <param name="npcShips"></param>
/// <returns></returns>
async Task <IEnumerable <NPCPlayer> > CreateNPCs(GalaxyManager galaxyManager, LocalIDManager IDManager, GalaxyRegistrationManager rm, PlayerManager pm, LocatorService locatorService, CargoSynchronizer cargoSynchronizer, GlobalTeamManager teamManager, LocalIDManager galaxyIDManager)
{
Random r = new Random(666);
var players = new List <NPCPlayer>();
var systems = galaxyManager.Systems;
int npcCount = 0;
foreach (PSystem s in systems)
{
List <Player> team1 = new List <Player>();
List <Player> team2 = new List <Player>();
List <Player> team3 = new List <Player>();
for (int i = 0; i < _config.NumNPCsPerSystem; i++)
{
List <WeaponTypes> weapons = new List <WeaponTypes>();
ShipTypes shipType = ShipTypes.Barge;
switch (npcCount % 3)
{
case 0:
shipType = ShipTypes.Penguin;
break;
case 1:
shipType = ShipTypes.Barge;
break;
case 2:
shipType = ShipTypes.Reaper;
break;
}
if (shipType == ShipTypes.Reaper)
{
weapons.Add(WeaponTypes.LaserWave);
weapons.Add(WeaponTypes.PlasmaCannon);
}
else
{
weapons.Add(WeaponTypes.AltLaser);
weapons.Add(WeaponTypes.LaserWave);
}
ShipCreationProperties props = new ShipCreationProperties(r.Next(-20, 20), r.Next(-20, 20), (int)galaxyManager.SolAreaID, PilotTypes.NPC, shipType, weapons);
IShip tempShip = _dbFillerUtils.ShipFactory.CreateShip(props);
tempShip.ShipStats.ShieldType = ShieldTypes.QuickRegen;
NPCPlayer p = pm.CreateNPCPlayer(locatorService);
pm.RegisterPlayer(p);
players.Add(p);
tempShip.SetPlayer(p);
p.SetActiveShip(tempShip, MockServer.WarpManager);
TransactionAddStatelessCargo tr = new TransactionAddStatelessCargo(tempShip,
StatelessCargoTypes.AmbassadorMissile, 666666, true);
cargoSynchronizer.RequestTransaction(tr);
await tr.ResultTask;
tr = new TransactionAddStatelessCargo(tempShip, StatelessCargoTypes.Biodome, 666666, true);
cargoSynchronizer.RequestTransaction(tr);
await tr.ResultTask;
Helpers.DebugWarp(s, p, tempShip);
ships.Add(tempShip);
//Random team assignment
switch (npcCount % 2)
{
case 0:
team1.Add(p);
break;
case 1:
team2.Add(p);
break;
case 2:
team3.Add(p);
break;
}
//Give the guy some turrets
for (int j = 0; j < _config.NumTurretsPerNPC; j++)
{
var t = StructureFactory.CreateStructure(StructureTypes.LaserTurret, r.Next(-20, 20),
r.Next(-20, 20), p, null, (int)p.CurrentAreaID, locatorService.PlayerLocator, true, dbm);
p.GetArea().AddStructure(t);
}
AddModulesToShip(tempShip, 5, cargoSynchronizer, galaxyIDManager);
npcCount++;
}
foreach (Planet pl in s.GetPlanets())
{
npcCount = 0;
for (int i = 0; i < _config.NumNpcsPerPlanet; i++)
{
ShipTypes shipType = ShipTypes.Barge;
switch (npcCount % 3)
{
case 0:
shipType = ShipTypes.Penguin;
break;
case 1:
shipType = ShipTypes.Barge;
break;
case 2:
shipType = ShipTypes.Reaper;
break;
}
NPCPlayer p = pm.CreateNPCPlayer(locatorService);
pm.RegisterPlayer(p);
players.Add(p);
IShip tempShip = new NPCShip(ShipStatManager.TypeToStats[shipType], locatorService);
tempShip.ShipStats.ShieldType = ShieldTypes.QuickRegen;
tempShip.Id = IDManager.PopFreeID();
rm.RegisterObject(tempShip);
p.SetActiveShip(tempShip, MockServer.WarpManager);
tempShip.SetWeapon(WeaponManager.GetNewWeapon(WeaponTypes.MissileLauncher));
if (shipType == ShipTypes.Reaper)
{
tempShip.SetWeapon(WeaponManager.GetNewWeapon(WeaponTypes.LaserWave));
tempShip.SetWeapon(WeaponManager.GetNewWeapon(WeaponTypes.PlasmaCannon));
}
else
{
tempShip.SetWeapon(WeaponManager.GetNewWeapon(WeaponTypes.AltLaser));
tempShip.SetWeapon(WeaponManager.GetNewWeapon(WeaponTypes.LaserWave));
}
TransactionAddStatelessCargo tr = new TransactionAddStatelessCargo(tempShip,
StatelessCargoTypes.AmbassadorMissile, 666666, true);
cargoSynchronizer.RequestTransaction(tr);
await tr.ResultTask;
tr = new TransactionAddStatelessCargo(tempShip, StatelessCargoTypes.Biodome, 666666, true);
cargoSynchronizer.RequestTransaction(tr);
await tr.ResultTask;
tempShip.PosX = r.Next(-20, 20);
tempShip.PosY = r.Next(-20, 20);
Helpers.DebugWarp(pl, p, tempShip);
ships.Add(tempShip);
//Random team assignment
switch (npcCount % 2)
{
case 0:
team1.Add(p);
break;
case 1:
team2.Add(p);
break;
case 2:
team3.Add(p);
break;
}
AddModulesToShip(tempShip, 5, cargoSynchronizer, galaxyIDManager);
npcCount++;
}
teamManager.DebugCreateNewTeam(team1);
teamManager.DebugCreateNewTeam(team2);
teamManager.DebugCreateNewTeam(team3);
}
}
return(players);
}
/// <summary>
/// receivingPlayers get mines in cargo, owningPlayers get the mines added to the receivingSystems (deployed in space)
/// </summary>
/// <param name="receivingPlayers"></param>
/// <param name="receivingSystems"></param>
/// <param name="owningPlayers"></param>
void AddMines(IEnumerable <Player> receivingPlayers, IEnumerable <PSystem> receivingSystems, IEnumerable <Player> owningPlayers, CargoSynchronizer cargoSynchronizer, GalaxyManager galaxyManager, LocalIDManager galaxyIDManager, StructureManager structureManager, LocatorService locatorService)
{
foreach (Player p in receivingPlayers)
{
for (int i = 0; i < _config.CARGO_NumMines; i++)
{
TransactionAddStatefulCargo t = new TransactionAddStatefulCargo(p.GetActiveShip(), new StatefulCargo(galaxyIDManager.PopFreeID(), StatefulCargoTypes.DefensiveMine), true);
cargoSynchronizer.RequestTransaction(t);
}
}
if (owningPlayers.Count() < 2)
{
return;
}
var itr = new CyclicalIterator <Player>(owningPlayers);
itr.MoveNext();
foreach (var system in galaxyManager.Systems)
{
for (int i = 0; i < _config.NumMinesPerSystem; i++)
{
int ownerID = itr.Current.Id;
var mine = new DefensiveMine(Rand.Random.Next(-system.AreaSize / 100, system.AreaSize / 100), Rand.Random.Next(-system.AreaSize / 100, system.AreaSize / 100), galaxyIDManager.PopFreeID(), ownerID, system.Id, locatorService.PlayerLocator);
structureManager.RegisterObject(mine);
system.AddStructure(mine);
itr.MoveNext();
}
}
}
async Task FillPorts(GalaxyManager galaxyManager, LocalIDManager galaxyIDManager, CargoSynchronizer cargoSynchronizer)
{
var ports = galaxyManager.GetAllAreas().Where(a => a.AreaType == AreaTypes.Port);
CargoTransaction lastTransaction = null;
foreach (var p in ports)
{
var port = p as Port;
foreach (var s in _config.PortConfig.StatefulCargoCounts)
{
StatefulCargo sc;
for (int i = 0; i < s.Value; i++)//Yes, this loop is lazy, but it's 11:30PM...
{
//TODO: make a StatefulCargoFactory
switch (s.Key)
{
case StatefulCargoTypes.Barge:
{
sc = new CargoShip(galaxyIDManager.PopFreeID(), 666, ShipStats[ShipTypes.Barge]);
break;
}
case StatefulCargoTypes.BattleCruiser:
{
sc = new CargoShip(galaxyIDManager.PopFreeID(), 666, ShipStats[ShipTypes.BattleCruiser]);
break;
}
case StatefulCargoTypes.Penguin:
{
sc = new CargoShip(galaxyIDManager.PopFreeID(), 666, ShipStats[ShipTypes.Penguin]);
break;
}
case StatefulCargoTypes.Reaper:
{
sc = new CargoShip(galaxyIDManager.PopFreeID(), 666, ShipStats[ShipTypes.Reaper]);
break;
}
case StatefulCargoTypes.LaserTurret:
{
sc = new CargoLaserTurret(galaxyIDManager.PopFreeID(), 666, new LaserWeaponStats());
break;
}
default:
{
sc = new StatefulCargo(galaxyIDManager.PopFreeID(), s.Key);
break;
}
}
CargoTransaction tr = new TransactionAddStatefulCargo(port, sc, true);
cargoSynchronizer.RequestTransaction(tr);
lastTransaction = tr;
}
}
foreach (var s in _config.PortConfig.StatelessCargoCounts)
{
var tr = new TransactionAddStatelessCargo(port, s.Key, s.Value, true);
cargoSynchronizer.RequestTransaction(tr);
lastTransaction = tr;
}
foreach (var s in _config.PortConfig.ModuleCounts)
{
Module m = ModuleFactory.CreateModule(s.Key, galaxyIDManager.PopFreeID(), 1);
var tr = new TransactionAddStatefulCargo(port, m, true);
cargoSynchronizer.RequestTransaction(tr);
lastTransaction = tr;
}
}
if (lastTransaction != null)
{
await lastTransaction.ResultTask;
}
}
public static PSystem GenerateStarsystem(int numberOfPlanets, int ID, GalaxyManager galaxyManager, LocalIDManager idManager, GalaxyRegistrationManager rm, LocatorService ls)
{
bool hasPort = false;
// Add sun
float size = r.Next(100, 255) / 100f;
float mass = r.Next(50, 255) / 10f;
float innerGravity = mass / 1875f;
float outerGravity = innerGravity / 6f;
var s = (SunTypes[])Enum.GetValues(typeof(SunTypes));
int type = r.Next(0, s.Length);
var star = new Star(size, mass, innerGravity, outerGravity, s[type]);
var system = new PSystem(star, ID, ls);
system.AreaSize = baseBorder + r.Next(0, borderVariation);
// Add Name
system.AreaName = NameProvider.GetRandomName();
rm.RegisterObject(system);
for (int i = 0; i < numberOfPlanets; i++)
{
Planet planet;
bool SatisfiedWithResults = false;
int numAttempts = MaxAttempts;
system.IsCluster = false;
int clusterType = 0;
planet = new Planet(system, 0, ls);
planet.AreaName = system.AreaName + " " + ToRoman(i + 1);
if (r.Next(0, 101) > (100 - chanceOfCluster)) // Chance for planets to cluster
{
system.IsCluster = true;
clusterType = r.Next(0, clusterRadii.Count()); // Get which type of cluster
}
planet.Init(i, moonChance, minDistance, incrementOfOrbit, variationOfOrbit, 0,
r.Next());
SatisfiedWithResults = !CheckForCollisions(system, planet); // True if we find any collisions.
while (!SatisfiedWithResults)// While we're not content with the generation
{
planet.Init(i, moonChance, minDistance, incrementOfOrbit, variationOfOrbit, 0,
r.Next());
SatisfiedWithResults = !CheckForCollisions(system, planet); // True if we find any collisions.
if (SatisfiedWithResults && system.IsCluster && i > 0)
{
SatisfiedWithResults = CheckForCollisions(system, planet, clusterRadii[clusterType]); // Cluster planets
}
numAttempts++;
if (numAttempts >= MaxAttempts && !system.IsCluster)
{
break; // Breaks out of infinite pass if it ever occurs
}
else if (numAttempts >= MaxAttempts && system.IsCluster)
{
i = 0; // Reset the whole operation because there's a bad system being generated.
foreach (Planet pll in system.GetPlanets())
{
system.RemovePlanet(pll);
rm.DeRegisterObject(pll);
}
break;
}
}
if (SatisfiedWithResults == false) // Don't add a colliding planet!
{
//Logger.log(Log_Type.WARNING, "Skipped adding a planet due to MaxAttempts being too much");
continue;
}
planet.Id = idManager.PopFreeID();
system.AddPlanet(planet);
planet.ParentAreaID = system.Id;
rm.RegisterObject(planet);
if (system.AreaSize < planet.Distance - baseBorder) // If we're skinny, throw in a little extra space
{
system.AreaSize = planet.Distance + baseBorder + r.Next(0, borderVariation);
}
}
foreach (Planet p in system.GetPlanets())
{
_generateMoons(system, p, galaxyManager, idManager, rm, ls);
}
foreach (Planet m in system.GetMoons())
{
if (system.AreaSize < ls.AreaLocator.GetArea(m.IDToOrbit).Distance + m.Distance + baseBorder)
{
// If we're skinny, throw in a little extra space
system.AreaSize = ls.AreaLocator.GetArea(m.IDToOrbit).Distance + m.Distance + baseBorder + r.Next(0, borderVariation);
}
}
// Port Generation
if (r.Next(0, 100) > 100 - portChance && !hasPort)
{
if (system.MoonCount > 0)
{
for (int i = 0; i < system.MoonCount; i++)
{
}
int cr = r.Next(0, system.MoonCount + 1); // Finds moon to turn into port.
int currentMoon = 0; // Used to get the moon
foreach (Planet m in system.GetMoons())
{
if (currentMoon == cr)
{
Planet moonToPort = m;
moonToPort.ParentAreaID = system.Id;
system.RemoveMoon(m);
rm.DeRegisterObject(m);
Port por = new Port(idManager.PopFreeID(), moonToPort, system.AreaName, ShipStatManager.StatShipList.ToList <ShipStats>(), ls); // Converts a moon into a port.
system.AddPort(por);
rm.RegisterObject(por);
hasPort = true;
break;
}
currentMoon++;
}
}
}
return(system);
}
/// <summary>
/// Generates n moons for a single planet, where n is divined from some mystical voodoo black magic related to planet.Scale
/// </summary>
/// <param name="system"></param>
/// <param name="planet"></param>
/// <param name="galaxyManager"></param>
/// <param name="idManager"></param>
/// <param name="rm"></param>
/// <param name="pl"></param>
/// <param name="al"></param>
/// <param name="sl"></param>
/// <param name="tl"></param>
/// <param name="mem"></param>
static void _generateMoons(PSystem system, Planet planet, GalaxyManager galaxyManager, LocalIDManager idManager, GalaxyRegistrationManager rm, LocatorService ls)
{
// If any moons, add them
if (planet.HasMoons)
{
int parentID = planet.Id;
int numMoons = 0;
// Creates moon based on scale of size
switch (planet.Scale)
{
case 0:
case 1:
case 2:
case 3:
case 4:
case 5:
planet.PlanetType = (PlanetTypes)r.Next(0, (int)PlanetTypes.OceanicSmall + 1);
planet.Scale += 3; // Makes the small sprites scale better
break;
case 6:
case 7:
planet.PlanetType = (PlanetTypes)r.Next(0, (int)PlanetTypes.OceanicSmall + 1);
if (planet.PlanetType >= PlanetTypes.Crystalline &&
planet.PlanetType < PlanetTypes.Port)
{
planet.Scale += 3; // Makes the small sprites scale better
}
numMoons = r.Next(3) + 2;
break;
case 8:
case 9:
numMoons = r.Next(2) + 3;
break;
case 10:
case 11:
case 12:
numMoons = r.Next(3) + 3;
break;
}
for (int m = 0; m < numMoons; m++)
{
Planet moon;
moon = new Planet(planet, idManager.PopFreeID(), ls);
InitializeMoon(moon, m, moonMinimumDistance, moonIncrementOfOrbit * m, moonVariationOfOrbit, planet, planet.Id,
r.Next());
if (moon.PlanetType >= PlanetTypes.Crystalline &&
moon.PlanetType < PlanetTypes.Port)
{
moon.Scale += 3; // Makes the small sprites scale better
}
// #Yolo
moon.AreaName = planet.AreaName + "abcdefghijklmnopqrstuvwxyz"[m];
bool SatisfiedWithResults = false;
int maxAttempts = 200;
int numAttempts = 0;
while (!SatisfiedWithResults)// While we're not content with the generation
{
// Add moons
moon = new Planet(planet, moon.Id, ls);
InitializeMoon(moon, m, moonMinimumDistance, moonIncrementOfOrbit * m, moonVariationOfOrbit, planet, planet.Id,
r.Next());
// Add another while here to check for maxDistance, as well as an If for if the system should follow that path of generation
SatisfiedWithResults = !CheckForCollisions(system, planet, moon, galaxyManager); // True if we find any collisions.
numAttempts++;
if (numAttempts >= maxAttempts)
{
break; // Breaks out of infinite pass if it ever occurs
}
}
if (!SatisfiedWithResults) // Don't add a colliding planet!
{
//Logger.log(Log_Type.ERROR, "Skipped adding a moon due to MaxAttempts being too much");
idManager.PushFreeID(moon.Id);
continue;
}
moon.IsMoon = true;
rm.RegisterObject(moon);
system.AddMoon(moon);
moon.ParentAreaID = system.Id;
}
}
}
public List <PSystem> generateAndFillGalaxy(int numPlanetsPerSystem, int solID, int numSystems, IEnumerable <PlanetLayout> layouts, GalaxyManager galaxyManager, LocalIDManager IDManager, GalaxyRegistrationManager rm, LocatorService ls)
{
float warpXPos = 0;
float warpYPos = 0;
int amount = 0;
List <PSystem> generatedSystems = new List <PSystem>();
PSystem sol = GenerateStarsystem(numPlanetsPerSystem, solID, galaxyManager, IDManager, rm, ls);
sol.AreaName = "Sol";
amount += sol.PlanetCount;
generatedSystems.Add(sol);
for (int i = 0; i < numSystems - 1; i++)
{
tempsys = GenerateStarsystem(numPlanetsPerSystem, IDManager.PopFreeID(), galaxyManager, IDManager, rm, ls);
amount += tempsys.PlanetCount;
generatedSystems.Add(tempsys);
//GalaxyManager.idToSystem.TryAdd(tempsys.ID, tempsys);
}
//ConsoleManager.WriteToFreeLine("Average of " + amount / numSystems + " planets per system");
//Randomly link the systems
//Take each system, iterate through the systems list and randomly connect them, or don't
for (int i = 0; i < generatedSystems.Count; i++)
{
for (int j = i + 1; j < generatedSystems.Count; j++)
{
if (r.Next(0, 100) <= 30) //30% probability of having the systems link
{
warpXPos = r.Next(-(generatedSystems[i].AreaSize - 200),
(generatedSystems[i].AreaSize - 200));
warpYPos = -(int)Math.Sqrt(Math.Pow((generatedSystems[i].AreaSize - 200f), 2) - Math.Pow(warpXPos, 2));
tempWarp = new Warphole(warpXPos / 100, warpYPos / 100, generatedSystems[i].Id, generatedSystems[j].Id,
(byte)generatedSystems[i].Warpholes.Count);
tempWarp.DestinationAreaID = generatedSystems[j].Id;
generatedSystems[i].Warpholes.Add(tempWarp);
//Normalizing the vector
warpXPos = warpXPos / (generatedSystems[i].AreaSize - 200f);
warpYPos = warpYPos / (generatedSystems[i].AreaSize - 200f);
//Converting it to the length for the other system, flipping to other side of system
warpXPos = -warpXPos * (generatedSystems[j].AreaSize - 200f);
warpYPos = -warpYPos * (generatedSystems[j].AreaSize - 200f);
tempWarp = new Warphole(warpXPos / 100, warpYPos / 100, generatedSystems[j].Id, generatedSystems[i].Id,
(byte)generatedSystems[j].Warpholes.Count);
tempWarp.DestinationAreaID = generatedSystems[i].Id;
generatedSystems[j].Warpholes.Add(tempWarp);
}
}
}
AssignPlanetLayouts(layouts, generatedSystems);
return(generatedSystems);
}