public Object(string typeName, Vector3 pos, double angle)
: base()
{
if ((Asset.map.majorAssets["StandingWaterAreas"] as StandingWaterAreas).areas.Length > 0)
{
float num = (float)(Asset.map.majorAssets["StandingWaterAreas"] as StandingWaterAreas).areas[0].waterHeight;
int index1 = (int)((double)pos[0] / 10.0);
int index2 = (int)((double)pos[1] / 10.0);
if (index1 >= 0 && index1 < Asset.map.mapWidth && (index2 >= 0 && index2 < Asset.map.mapHeight) && (double)Asset.map.heightMap.elevations[index1, index2] < (double)num)
pos[2] = num - pos[2];
}
this.typeName = typeName;
this.position = pos;
this.angle = (float)angle;
this.objectInitialHealth = new SubAsset<int>("objectInitialHealth", 100, this.namedSubAssets);
this.objectEnabled = new SubAsset<bool>("objectEnabled", true, this.namedSubAssets);
this.objectIndestructible = new SubAsset<bool>("objectIndestructible", false, this.namedSubAssets);
this.objectUnsellable = new SubAsset<bool>("objectUnsellable", false, this.namedSubAssets);
this.objectPowered = new SubAsset<bool>("objectPowered", true, this.namedSubAssets);
this.objectRecruitableAI = new SubAsset<bool>("objectRecruitableAI", true, this.namedSubAssets);
this.objectTargetable = new SubAsset<bool>("objectTargetable", false, this.namedSubAssets);
this.objectSleeping = new SubAsset<bool>("objectSleeping", false, this.namedSubAssets);
this.objectBasePriority = new SubAsset<int>("objectBasePriority", 40, this.namedSubAssets);
this.objectBasePhase = new SubAsset<int>("objectBasePhase", 1, this.namedSubAssets);
this.objectLayer = new SubAsset<string>("objectLayer", "", this.namedSubAssets);
}
public Team(string name, string owner, bool singleton)
{
this.namedSubAssets = new Dictionary<string, SubAsset>();
this.teamName = new SubAsset<string>("teamName", name, this.namedSubAssets);
this.teamOwner = new SubAsset<string>("teamOwner", owner, this.namedSubAssets);
this.teamIsSingleton = new SubAsset<bool>("teamIsSingleton", singleton, this.namedSubAssets);
}
public Team(BinaryReader br)
{
short num1 = br.ReadInt16();
this.namedSubAssets = new Dictionary<string, SubAsset>((int)num1);
uint num2 = 0U;
for (int index = 0; index < (int)num1; ++index)
{
string name = SubAsset.PeekSubAssetName(br);
if (name.StartsWith("teamUnitType"))
{
SubAsset<string> subAsset1 = new SubAsset<string>(br, name, this.namedSubAssets);
}
else if (name.StartsWith("teamUnitMaxCount"))
{
SubAsset<int> subAsset2 = new SubAsset<int>(br, name, this.namedSubAssets);
}
else if (name.StartsWith("teamUnitMinCount"))
{
SubAsset<int> subAsset3 = new SubAsset<int>(br, name, this.namedSubAssets);
}
else
{
switch (name)
{
case "teamName":
this.teamName = new SubAsset<string>(br, name, this.namedSubAssets);
continue;
case "teamOwner":
this.teamOwner = new SubAsset<string>(br, name, this.namedSubAssets);
continue;
case "teamIsSingleton":
this.teamIsSingleton = new SubAsset<bool>(br, name, this.namedSubAssets);
continue;
case "exportWithScript":
SubAsset<bool> subAsset4 = new SubAsset<bool>(br, name, this.namedSubAssets);
continue;
default:
SubAsset.ReadAsBytes(br, name);
++num2;
continue;
}
}
}
if (num2 <= 0U)
return;
Console.WriteLine("!\t Asset: {0} skipped parsing {1} SubAssets", (object)this, (object)num2);
}
public HttpResponseMessage AddSubAsset(string blobName, string version, string subAssetUrl)
{
var asset = assetRep.GetAll().Where(d => d.CustomName == blobName).FirstOrDefault();
if (asset != null)
{
if (asset.Type == "image")
{
SubAsset subasset = new SubAsset();
subasset.AssetId = asset.AssetId;
subasset.asset = asset;
subasset.Version = version;
subasset.SubAssetUrl = subAssetUrl;
subAssetRep.Create(subasset);
return(new HttpResponseMessage(HttpStatusCode.Accepted));
}
}
return(new HttpResponseMessage(HttpStatusCode.BadRequest));
}
public Object(BinaryReader br)
: base(br)
{
this.position = new Vector3(br.ReadSingle(), br.ReadSingle(), br.ReadSingle());
this.angle = (float)((double)br.ReadSingle() * 180.0 / 3.14159274101257);
this.roadOptions = (Object.RoadOptions)br.ReadInt32();
this.typeName = IOUtility.ReadString(br);
short num1 = br.ReadInt16();
uint num2 = 0U;
for (int index = 0; index < (int)num1; ++index)
{
string name = SubAsset.PeekSubAssetName(br);
switch (name)
{
case "objectInitialHealth":
this.objectInitialHealth = new SubAsset<int>(br, name, this.namedSubAssets);
break;
case "objectEnabled":
this.objectEnabled = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectIndestructible":
this.objectIndestructible = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectUnsellable":
this.objectUnsellable = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectPowered":
this.objectPowered = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectRecruitableAI":
this.objectRecruitableAI = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectTargetable":
this.objectTargetable = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectSleeping":
this.objectSleeping = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectBasePriority":
this.objectBasePriority = new SubAsset<int>(br, name, this.namedSubAssets);
break;
case "objectBasePhase":
this.objectBasePhase = new SubAsset<int>(br, name, this.namedSubAssets);
break;
case "originalOwner":
this.originalOwner = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "uniqueID":
this.uniqueID = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "objectLayer":
this.objectLayer = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "objectName":
this.objectName = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "objectPrototypeScale":
this.objectPrototypeScale = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "alignToTerrain":
this.alignToTerrain = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectTime":
this.objectTime = new SubAsset<int>(br, name, this.namedSubAssets);
break;
case "objectWeather":
this.objectWeather = new SubAsset<int>(br, name, this.namedSubAssets);
break;
case "objectEventsList":
this.objectEventsList = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "objectInitialStance":
this.objectInitialStance = new SubAsset<int>(br, name, this.namedSubAssets);
break;
case "exportWithScript":
this.exportWithScript = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectSoundAmbient":
this.objectSoundAmbient = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "scorchType":
this.scorchType = new SubAsset<int>(br, name, this.namedSubAssets);
break;
case "objectRadius":
this.objectRadius = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "objectSoundAmbientEnabled":
SubAsset<bool> subAsset1 = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectSoundAmbientCustomized":
SubAsset<bool> subAsset2 = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "objectSoundAmbientVolume":
SubAsset<float> subAsset3 = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "objectSoundAmbientMaxRange":
SubAsset<float> subAsset4 = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "objectSoundAmbientMinRange":
SubAsset<float> subAsset5 = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "waypointID":
this.waypointID = new SubAsset<int>(br, name, this.namedSubAssets);
break;
case "waypointName":
this.waypointName = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "waypointTypeOption":
this.waypointTypeOption = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "waypointPathLabel1":
this.waypointPathLabel1 = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "waypointPathLabel2":
this.waypointPathLabel2 = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "waypointPathLabel3":
this.waypointPathLabel3 = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "waypointPathBiDirectional":
this.waypointPathBiDirectional = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "waypointType":
this.waypointType = new SubAsset<Object.WaypointType>(br, name, this.namedSubAssets);
break;
default:
SubAsset.ReadAsBytes(br, name);
++num2;
break;
}
}
if (num2 > 0U)
Console.WriteLine("!\t Asset: {0} skipped parsing {1} SubAssets", (object)this.GetType().Name, (object)num2);
if (this.roadOptions == (Object.RoadOptions)0)
return;
Console.WriteLine("!\t Asset: Object - {0} roadOptions = {1}", (object)this.uniqueID.data, (object)this.roadOptions);
}
public WorldInfo(BinaryReader br, string[] assetStrings)
: base(br)
{
short num1 = br.ReadInt16();
uint num2 = 0U;
for (int index = 0; index < (int)num1; ++index)
{
string name = SubAsset.PeekSubAssetName(br);
switch (name)
{
case "musicZone":
this.musicZone = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "terrainTextureStrings":
this.terrainTextureStrings = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "weather":
this.weather = new SubAsset<WorldInfo.WeatherType>(br, name, this.namedSubAssets);
break;
case "mapName":
this.mapName = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "mapDescription":
this.mapDescription = new SubAsset<string>(br, name, this.namedSubAssets);
break;
case "compression":
this.compression = new SubAsset<WorldInfo.CompressionType>(br, name, this.namedSubAssets);
break;
case "cameraGroundMinHeight":
this.cameraGroundMinHeight = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "cameraGroundMaxHeight":
this.cameraGroundMaxHeight = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "cameraMinHeight":
this.cameraMinHeight = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "cameraMaxHeight":
this.cameraMaxHeight = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "isScenarioMultiplayer":
this.isScenarioMultiplayer = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
case "cameraPitchAngle":
this.cameraPitchAngle = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "cameraYawAngle":
this.cameraYawAngle = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "cameraScrollSpeedScalar":
this.cameraScrollSpeedScalar = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "cameraMapHeightSmoothnessScalar":
this.cameraMapHeightSmoothnessScalar = new SubAsset<float>(br, name, this.namedSubAssets);
break;
case "isLivingWorldScriptHolder":
SubAsset<bool> subAsset = new SubAsset<bool>(br, name, this.namedSubAssets);
break;
default:
SubAsset.ReadAsBytes(br, name);
++num2;
break;
}
}
if (num2 > 0U)
Console.WriteLine("!\t Asset: {0} skipped parsing {1} SubAssets", (object)this.GetType().Name, (object)num2);
this.CheckParsedSize(br);
if (this.mapName != null)
return;
this.mapName = new SubAsset<string>("mapName", "", this.namedSubAssets);
}
public override void Default()
{
foreach (SubAsset subAsset in this.namedSubAssets.Values)
subAsset.Clear();
this.namedSubAssets.Clear();
/*
switch (this.game)
{
case Game.RA3:
this.musicZone = new SubAsset<string>("musicZone", "MusicPalette:MusicPalette_NotSet", this.namedSubAssets);
this.cameraMinHeight = new SubAsset<float>("cameraMinHeight", 40f, this.namedSubAssets);
this.cameraMaxHeight = new SubAsset<float>("cameraMaxHeight", 650f, this.namedSubAssets);
this.terrainTextureStrings = new SubAsset<string>("terrainTextureStrings", "RA3Grid1;RA3Grid1_NRM;", this.namedSubAssets);
break;
case Game.CC3:
this.musicZone = new SubAsset<string>("musicZone", "MusicPalette_NotSet", this.namedSubAssets);
this.cameraMinHeight = new SubAsset<float>("cameraMinHeight", 40f, this.namedSubAssets);
this.cameraMaxHeight = new SubAsset<float>("cameraMaxHeight", 500f, this.namedSubAssets);
break;
default:
Console.WriteLine("!\t Asset: WorldInfo does not know how to create default data for Game." + (object)this.game);
break;
}
*/
this.weather = new SubAsset<WorldInfo.WeatherType>("weather", WorldInfo.WeatherType.Normal, this.namedSubAssets);
this.mapName = new SubAsset<string>("mapName", "random", this.namedSubAssets);
this.mapDescription = new SubAsset<string>("mapDescription", "map created with map generator by KOS4U2C", this.namedSubAssets);
this.compression = new SubAsset<WorldInfo.CompressionType>("compression", WorldInfo.CompressionType.None, this.namedSubAssets);
this.cameraGroundMinHeight = new SubAsset<float>("cameraGroundMinHeight", 0.0f, this.namedSubAssets);
this.cameraGroundMaxHeight = new SubAsset<float>("cameraGroundMaxHeight", 2560f, this.namedSubAssets);
this.isScenarioMultiplayer = new SubAsset<bool>("isScenarioMultiplayer", false, this.namedSubAssets);
}