public static SimulationSceneDescription Decode(JObject json)
{
// Version
int version = json[CodingKey.Version].ToInt();
// Camera Control Points
var controlPoints = json[CodingKey.CameraControlPoints].ToArray(CameraControlPoint.Decode);
// Drop Height
var dropHeight = json[CodingKey.DropHeight].ToFloat();
// Physics Config
var physicsConfig = ScenePhysicsConfiguration.Decode(json.ObjectForKey(CodingKey.PhysicsConfig));
// Structures
var encodedStructures = json[CodingKey.Structures].ToList();
var structures = new IStructure[encodedStructures.Count];
for (int i = 0; i < encodedStructures.Count; i++)
{
var structureContainer = encodedStructures[i];
var encodingID = structureContainer[CodingKey.EncodingID].ToString();
if (!registeredStructures.ContainsKey(encodingID))
{
Debug.LogError(string.Format("Structure with encodingID {0} cannot be decoded!", encodingID));
continue;
}
var decodingFunc = registeredStructures[encodingID];
var encodedStructure = structureContainer[CodingKey.StructureData] as JObject;
structures[i] = decodingFunc(encodedStructure);
}
return(new SimulationSceneDescription(version, structures, dropHeight, physicsConfig, controlPoints));
}
public SimulationSceneDescription(
int version, IStructure[] structures, float dropHeight,
ScenePhysicsConfiguration physicsConfiguration,
CameraControlPoint[] controlPoints
)
{
this.Version = version;
this.Structures = structures;
this.DropHeight = dropHeight;
this.PhysicsConfiguration = physicsConfiguration;
this.CameraControlPoints = controlPoints;
}
