public StellarBody.Params GetStellarBodyParams(GameSession game, int orbitalId)
{
OrbitalObjectInfo orbitalObjectInfo = game.GameDatabase.GetOrbitalObjectInfo(orbitalId);
ColonyInfo colonyInfoForPlanet = game.GameDatabase.GetColonyInfoForPlanet(orbitalId);
PlanetInfo planetInfo = game.GameDatabase.GetPlanetInfo(orbitalId);
SystemColonyType colonyType = SystemColonyType.Normal;
int num;
double population;
PlayerInfo povPlayerInfo;
if (colonyInfoForPlanet != null)
{
num = colonyInfoForPlanet.PlayerID;
population = colonyInfoForPlanet.ImperialPop;
povPlayerInfo = game.GameDatabase.GetPlayerInfo(num);
if (orbitalObjectInfo != null && povPlayerInfo != null)
{
HomeworldInfo homeworldInfo = game.GameDatabase.GetHomeworlds().FirstOrDefault <HomeworldInfo>((Func <HomeworldInfo, bool>)(x => x.SystemID == orbitalObjectInfo.StarSystemID));
if (homeworldInfo != null && homeworldInfo.SystemID != 0 && homeworldInfo.PlayerID == povPlayerInfo.ID)
{
colonyType = SystemColonyType.Home;
}
else if (game.GameDatabase.GetProvinceInfos().Any <ProvinceInfo>((Func <ProvinceInfo, bool>)(x =>
{
if (x.CapitalSystemID != orbitalObjectInfo.StarSystemID || x.PlayerID != povPlayerInfo.ID)
{
return(false);
}
int capitalSystemId = x.CapitalSystemID;
int?homeworld = povPlayerInfo.Homeworld;
if (capitalSystemId == homeworld.GetValueOrDefault())
{
return(!homeworld.HasValue);
}
return(true);
})))
{
colonyType = SystemColonyType.Capital;
}
}
}
else
{
num = 0;
population = 0.0;
povPlayerInfo = game.GameDatabase.GetPlayerInfo(game.LocalPlayer.ID);
}
FactionInfo factionInfo = game.GameDatabase.GetFactionInfo(povPlayerInfo.FactionID);
float hazard = Math.Abs(planetInfo.Suitability - factionInfo.IdealSuitability);
float stratModifier = (float)game.App.GetStratModifier <int>(StratModifiers.MaxColonizableHazard, povPlayerInfo.ID);
float radius = StarSystemVars.Instance.SizeToRadius(planetInfo.Size);
Matrix transform = orbitalObjectInfo.OrbitalPath.GetTransform(0.0);
return(this.GetStellarBodyParams(StarSystemMapUI.SelectIcon(planetInfo, game.GameDatabase.GetStarSystemOrbitalObjectInfos(orbitalObjectInfo.StarSystemID), (IEnumerable <PlanetInfo>)game.GameDatabase.GetStarSystemPlanetInfos(orbitalObjectInfo.StarSystemID)), transform.Position, radius, orbitalId, num, planetInfo.Type, hazard, stratModifier, factionInfo.Name, (float)planetInfo.Biosphere, population, new int?(), Colony.GetColonyStage(game.GameDatabase, num, (double)hazard), colonyType));
}
public StellarBody.Params GetStellarBodyParams(
string iconSpriteName,
Vector3 position,
float radius,
int orbitalId,
int colonyPlayerId,
string type,
float hazard,
float maxHazard,
string faction,
float biosphere,
double population,
int?typeVariant,
Kerberos.Sots.Strategy.InhabitedPlanet.ColonyStage colonyStage,
SystemColonyType colonyType)
{
try
{
XmlElement[] hazardPointBrackets = this.GetHazardPointBrackets(type, typeVariant, hazard, orbitalId);
float num1 = float.Parse(hazardPointBrackets[1].GetAttribute("value"));
float num2 = float.Parse(hazardPointBrackets[0].GetAttribute("value"));
XmlElement atmo1 = this.GetAtmo(hazardPointBrackets[0].GetAttribute("atmo"));
XmlElement atmo2 = this.GetAtmo(hazardPointBrackets[1].GetAttribute("atmo"));
XmlElement heightGen1 = this.GetHeightGen(hazardPointBrackets[0].GetAttribute("heightgen"));
XmlElement heightGen2 = this.GetHeightGen(hazardPointBrackets[1].GetAttribute("heightgen"));
XmlElement faction1 = this.GetFaction(faction);
Vector2 vector2 = faction1 != null?Vector2.Parse(faction1.GetAttribute("cityaltrange")) : Vector2.Zero;
float t = 0.0f;
if ((double)num1 - (double)num2 >= 1.40129846432482E-45)
{
t = ((float)(((double)hazard - (double)num2) / ((double)num1 - (double)num2))).Saturate();
}
StellarBody.Params @params = new StellarBody.Params();
@params.Civilians = new StellarBody.PlanetCivilianData[0];
@params.IconSpriteName = iconSpriteName;
@params.ColonyPlayerID = colonyPlayerId;
@params.AtmoThickness = ScalarExtensions.Lerp(float.Parse(atmo1.GetAttribute("thick")), float.Parse(atmo2.GetAttribute("thick")), t);
@params.AtmoKm = ScalarExtensions.Lerp(float.Parse(atmo1.GetAttribute("km")), float.Parse(atmo2.GetAttribute("km")), t);
@params.AtmoKr = ScalarExtensions.Lerp(float.Parse(atmo1.GetAttribute("kr")), float.Parse(atmo2.GetAttribute("kr")), t);
@params.AtmoScatterWaveLengths = Vector3.Lerp(Vector3.Parse(atmo1.GetAttribute("filter")), Vector3.Parse(atmo2.GetAttribute("filter")), t);
@params.AtmoScaleDepth = ScalarExtensions.Lerp(float.Parse(atmo1.GetAttribute("scaledepth")), float.Parse(atmo2.GetAttribute("scaledepth")), t);
@params.CloudDiffuseTexture = atmo1.GetAttribute("clouddiffuse");
@params.CloudSpecularTexture = atmo1.GetAttribute("cloudspecular");
@params.CloudOpacity = ScalarExtensions.Lerp(float.Parse(atmo1.GetAttribute("cloudcover")), float.Parse(atmo2.GetAttribute("cloudcover")), t);
@params.CloudDiffuseColor = Vector3.Lerp(Vector3.Parse(atmo1.GetAttribute("clouddiffusecolor")), Vector3.Parse(atmo2.GetAttribute("clouddiffusecolor")), t);
@params.CloudSpecularColor = Vector3.Lerp(Vector3.Parse(atmo1.GetAttribute("cloudspecularcolor")), Vector3.Parse(atmo2.GetAttribute("cloudspecularcolor")), t);
@params.CityEmissiveTexture = faction1.GetAttribute("cityemissive");
@params.CitySprawl = (float)(population / 1000000000.0);
@params.HeightGradient1Texture = hazardPointBrackets[0].GetAttribute("heightgrad");
@params.HeightGradient2Texture = hazardPointBrackets[1].GetAttribute("heightgrad");
@params.HeightGradient2Blend = t;
@params.HeightGradient3Texture = faction1.GetAttribute("idealgrad");
@params.HeightGradient3Blend = 1f - (hazard / maxHazard).Saturate();
@params.MaxCityAltitude = vector2.Y;
@params.MinCityAltitude = vector2.X;
@params.WaterSpecularColor = Vector3.Lerp(Vector3.Parse(hazardPointBrackets[0].GetAttribute("waterspec")), Vector3.Parse(hazardPointBrackets[1].GetAttribute("waterspec")), t);
@params.MaxLandHeight = ScalarExtensions.Lerp(float.Parse(hazardPointBrackets[0].GetAttribute("maxlandalt")), float.Parse(hazardPointBrackets[1].GetAttribute("maxlandalt")), t);
@params.MaxWaterDepth = ScalarExtensions.Lerp(float.Parse(hazardPointBrackets[0].GetAttribute("maxseadepth")), float.Parse(hazardPointBrackets[1].GetAttribute("maxseadepth")), t);
@params.WaterLevel = ScalarExtensions.Lerp(float.Parse(hazardPointBrackets[0].GetAttribute("sealevel")), float.Parse(hazardPointBrackets[1].GetAttribute("sealevel")), t);
float num3 = ScalarExtensions.Lerp(float.Parse(hazardPointBrackets[0].GetAttribute("bumpiness")), float.Parse(hazardPointBrackets[1].GetAttribute("bumpiness")), t);
@params.Position = position;
@params.Radius = radius;
@params.RandomSeed = orbitalId;
@params.UseHeightMap = true;
@params.TextureSize = 512;
@params.BodyType = type;
@params.ColonyStage = colonyStage;
@params.ColonyType = colonyType;
string attribute1 = heightGen1.GetAttribute(nameof(type));
string attribute2 = heightGen2.GetAttribute(nameof(type));
if (attribute1 == "planecuts")
{
StellarBody.HGPlaneCutsParams hgPlaneCutsParams = new StellarBody.HGPlaneCutsParams();
hgPlaneCutsParams.Bumpiness = num3;
if (attribute2 == attribute1)
{
hgPlaneCutsParams.BaseHeight = ScalarExtensions.Lerp(float.Parse(heightGen1.GetAttribute("baseheight")), float.Parse(heightGen2.GetAttribute("baseheight")), t);
hgPlaneCutsParams.Iterations = (int)ScalarExtensions.Lerp((float)int.Parse(heightGen1.GetAttribute("iterations")), (float)int.Parse(heightGen2.GetAttribute("iterations")), t);
hgPlaneCutsParams.Shift = ScalarExtensions.Lerp(float.Parse(heightGen1.GetAttribute("shift")), float.Parse(heightGen2.GetAttribute("shift")), t);
}
else
{
hgPlaneCutsParams.BaseHeight = float.Parse(heightGen1.GetAttribute("baseheight"));
hgPlaneCutsParams.Iterations = int.Parse(heightGen1.GetAttribute("iterations"));
hgPlaneCutsParams.Shift = float.Parse(heightGen1.GetAttribute("shift"));
}
@params.HeightGen = (StellarBody.HeightGenParams)hgPlaneCutsParams;
}
else if (attribute1 == "blend")
{
StellarBody.HGBlendParams hgBlendParams = new StellarBody.HGBlendParams();
hgBlendParams.Bumpiness = num3;
hgBlendParams.Layer1Texture = heightGen1.GetAttribute("base");
if (attribute2 == attribute1)
{
hgBlendParams.Layer2Texture = heightGen2.GetAttribute("base");
hgBlendParams.Layer2Amount = t;
}
else
{
hgBlendParams.Layer2Texture = hgBlendParams.Layer1Texture;
hgBlendParams.Layer2Amount = 0.0f;
}
@params.HeightGen = (StellarBody.HeightGenParams)hgBlendParams;
}
return(@params);
}
catch (Exception ex)
{
App.Log.Warn(string.Format("Parse error resolving planet display rules (type={0}, will use defaults instead):\n" + ex.ToString(), (object)(type ?? "null")), "data");
return(StellarBody.Params.Default);
}
}
