public void LoadPersistedObjects()
{
Dictionary<string, ObjectDetails> vObjectDetailDictionary = new Dictionary<string, ObjectDetails>();
try
{
fDBConnection.Open();
DataTable vFMObjectTable = EvaluateSQL("select * from FMObject");
foreach (DataRow vRow in vFMObjectTable.Rows)
{
ObjectDetails vOD = new ObjectDetails();
vOD.ObjectGUID = vRow["ObjectGUID"].ToString();
vOD.ClassName = vRow["ClassName"].ToString();
vObjectDetailDictionary.Add(vOD.ObjectGUID, vOD);
}
foreach (string Type in SupportedTypes)
{
DataTable vAttributeDataTable = EvaluateSQL("select * from FM" + Type);
foreach (DataRow vRow in vAttributeDataTable.Rows)
{
string vObjectGUID = vRow["objectGUID"].ToString();
AttributeDetails vA;
vA.Attribute = vRow["Attribute"].ToString();
vA.Value = vRow["Value"];
vA.Type = Type;
vObjectDetailDictionary[vObjectGUID].Attributes.Add(vA);
}
}
DataTable vDerivedAttributeDataTable = EvaluateSQL("select * from FMDerived");
foreach (DataRow vRow in vDerivedAttributeDataTable.Rows)
{
string vObjectGUID = vRow["objectGUID"].ToString();
DerivedAttributeDetails vD;
vD.Attribute = vRow["Attribute"].ToString();
vD.Query = vRow["Query"].ToString();
vD.Type = vRow["Type"].ToString();
vObjectDetailDictionary[vObjectGUID].DerivedAttributes.Add(vD);
}
}
finally
{
fDBConnection.Close();
}
foreach (KeyValuePair<string, ObjectDetails> KVP in vObjectDetailDictionary)
{
LoadObjectByObjectDetails(KVP.Value);
}
}
public VectorObject GameObjectPosition(Vector3 ObjectSize, ObjectDetails objectDetails)
{
//Objects with Y set at ZERO should have the Y value updated to the top of terrain at that position
//Items below or above ZERO are left to that position. YEA, ZERO denotes on Terrain. Got a better idea?
VectorObject position = new VectorObject();
try
{
float x;
float y;
float z;
float y2 = 0;
bool isFound = false;
Vector3 ObjectPositionToCheck;
bool isIntersected = false;
byte bAttempts = 0;
do
{
y2 = 0; //Reset
x = Random.Range(objectDetails.MinimumPosition.x, objectDetails.MaximumPosition.x);
y = Random.Range(objectDetails.MinimumPosition.y, objectDetails.MaximumPosition.y);
z = Random.Range(objectDetails.MinimumPosition.z, objectDetails.MaximumPosition.z);
ObjectPositionToCheck = new Vector3(x, y, z);
if (objectDetails.avoidObjects)
{
//If y is zero, then it should be placed on the ground, aka top level of the terrain
if (y == 0 && this.currentTerrain != null)
{
//Find the top Y postion for the terrain
y = currentTerrain.SampleHeight(ObjectPositionToCheck);
y2 = y;
}
//While this seems like the same call as above, the terrain location y value could still come back as zero,
//if so it is in water, at least in that location.
if (y > 0 || objectDetails.PercentInWater > 0)
{
ObjectSize.y += objectDetails.toTheSky;
ObjectPositionToCheck = new Vector3(x, y + (ObjectSize.y / 2) + 0.2f, z);
isIntersected = Physics.CheckBox(ObjectPositionToCheck, (ObjectSize / 2));
ObjectPositionToCheck.y -= (objectDetails.toTheSky / 2);
if (isIntersected == false)
{
//Remove this value before moving to check if it's in water.
//No need to do it above as it saves running this line if the object was intersected
ObjectSize.y -= objectDetails.toTheSky;
if (IsInWater(ObjectPositionToCheck, ObjectSize, objectDetails.PercentInWater) == false)
{
isFound = true;
}
}
}
}
else
{
//Since the AvoidObjects flag is false, we only need to check if it is within water
if (IsInWater(ObjectPositionToCheck, ObjectSize, objectDetails.PercentInWater) == false)
{
isFound = true;
}
}
//To avoid infinite loop
bAttempts++;
if (bAttempts > 250)
{
//It is possible that the object was found during the last cycle. So set the "IsFound" to whatever it is, true or false.
position.IsFound = isFound; //This is used in the function PopulateExperience() in case no position is found
isFound = true; //Not necessarily true, but we need to get out of this loop.
}
} while (isFound == false);
if (y2 > 0)
{
//Setting the Y value to the top of the terrain.
ObjectPositionToCheck.y = y2;
}
//Adjusting this just a little to insure that if an object is at ground level then it is burried a tiny bit to avoid floating.
//Yes this is a hack. It would be better to find the lowest point of the object. Someday.
ObjectPositionToCheck.y += objectDetails.yVariance;
position.Vector = ObjectPositionToCheck;
}
catch (System.Exception ex)
{
Debug.Log(ex.Message);
}
return(position);
}
public VectorObject AdjustObject(GameObject gameObject, ObjectDetails objectDetails)
{
//The return object allows this function use outside this class
//when there is a desire to place Other objects near it.
VectorObject VectorReturn = new VectorObject();
try
{
float x;
float y;
float z;
VectorObject position;
Vector3 objectSize = gameObject.transform.localScale;
//If the terrain is used as the Min/Max of the area that can be used for placing the object
if (objectDetails.useTerrainSize)
{
if (currentTerrain != null)
{
objectDetails.MinimumPosition = currentTerrain.GetPosition();
objectDetails.MaximumPosition = currentTerrain.terrainData.size; //TODO: should the Y value be reset to zero or...?
}
}
//Game Object's Size
if (objectDetails.isScaled)
{
x = Random.Range(objectDetails.MinimumScale.x, objectDetails.MaximumScale.x);
//This option allows for all values to be scaled evenly, I choose X as it was first. Deal with it.
if (objectDetails.isEvenlyScaled)
{
y = x;
z = x;
}
else
{
y = Random.Range(objectDetails.MinimumScale.y, objectDetails.MaximumScale.y);
z = Random.Range(objectDetails.MinimumScale.z, objectDetails.MaximumScale.z);
}
gameObject.transform.localScale = new Vector3(x, y, z);
}
//Game Object's Rotation
x = Random.Range(objectDetails.MinimumRotation.x, objectDetails.MaximumRotation.x);
y = Random.Range(objectDetails.MinimumRotation.y, objectDetails.MaximumRotation.y);
z = Random.Range(objectDetails.MinimumRotation.z, objectDetails.MaximumRotation.z);
gameObject.transform.rotation = Quaternion.Euler(x, y, z);
//Some objects do not have a renderer, so in those cases use the original scale
if (gameObject.GetComponent <Renderer>() != null)
{
objectSize = gameObject.GetComponent <Renderer>().bounds.size;
}
//Game Object's Position
position = GameObjectPosition(
objectSize,
objectDetails);
//Only place if the a position was found within GameObjectPosition.
//There is a possibility that there is no room or other reason why a position is not found
if (position.IsFound)
{
gameObject.transform.localPosition = position.Vector;
VectorReturn.Vector = position.Vector;
}
else
{
Destroy(gameObject);
VectorReturn.IsFound = false;
}
}
catch (System.Exception ex)
{
Debug.Log(ex.Message);
}
return(VectorReturn);
}
public override void OnDetailGUI(ObjectDetails details)
{
base.OnDetailGUI(details);
var destinationReference = details.ReferenceSelector <Transform>("platform_path", "Platform Path");
CachedDestinationReference = destinationReference;
if (destinationReference != null)
{
var pathDetails = destinationReference.gameObject.AddOrGetComponent <PathDetails>();
details.SetEntry("CheckPrecondition", ObjectDataType.UTF16, "");
details.SetEntry("friction", ObjectDataType.Float32, "1.5");
details.SetEntry("interaction_distance", ObjectDataType.Float32, "16");
details.SetEntry("create_physics", ObjectDataType.Boolean, "1");
details.SetEntry("add_to_navmesh", ObjectDataType.Boolean, "1");
details.SetEntry("attached_path", ObjectDataType.UTF16, pathDetails.PathName);
details.SimpleDataSelector(ObjectDataType.Int32, "attached_path_start", "Path Start");
details.SetEntry("platformIsMover", ObjectDataType.Boolean, "1");
details.SetEntry("platformIsRotater", ObjectDataType.Boolean, "0");
details.SetEntry("platformIsSimpleMover", ObjectDataType.Boolean, "0");
details.SetEntry("platformNoUpdateSync", ObjectDataType.Boolean, "0");
details.SetEntry("allowPosSnap", ObjectDataType.Boolean, "1");
details.SetEntry("dbonly", ObjectDataType.Boolean, "1");
details.SetEntry("bounding_radius_override", ObjectDataType.Boolean, "0");
details.SetEntry("maxLerpDist", ObjectDataType.Int32, "4");
details.SimpleDataSelector(ObjectDataType.Boolean, "startPathingOnLoad", "Start Pathing On Load");
details.SimpleDataSelector(ObjectDataType.UTF8, "platformSoundStart", "Start Sound");
details.SimpleDataSelector(ObjectDataType.UTF8, "platformSoundStop", "Stop Sound");
details.SimpleDataSelector(ObjectDataType.UTF8, "platformSoundTravel", "Travel Sound");
}
else
{
destinationReference = new GameObject("Platform Path").transform;
destinationReference.parent = details.transform;
destinationReference.position = details.transform.position;
var pathDetails = destinationReference.gameObject.AddOrGetComponent <PathDetails>();
pathDetails.PathName = GUID.Generate().ToString();
pathDetails.Type = PathType.MovingPlatform;
details.SetReference("platform_path", destinationReference);
}
}
/**
* Each node in "details view" holds a reference for its corresponding
* object in the object model. While this works fine with reference
* types, it fails miserably with nested value types.
*
* For more details see OMNUnitTest.RenderHierarchyTestCase.
*/
//public static bool TryUpdateValueType(TreeGridNode node, object newValue)
//{
// if (node == null || node.Parent == null)
// return false;
// ValueTypeChange change = ValueTypeChangeFor(node.Parent, 0);
// if (change == null)
// return false;
// FieldInfo fieldInfo = FieldInfoFor(node);
// if (fieldInfo == null)
// return false;
// fieldInfo.SetValueDirect(TypedReference.MakeTypedReference(change.TargetObject, change.FieldPath.ToArray()), newValue);
// return true;
//}
//private static ValueTypeChange ValueTypeChangeFor(TreeGridNode node, int depth)
//{
// IType omnType = FieldTypeFor(node);
// if (omnType.IsCollection || omnType.IsArray)
// return null;
// Type type = Type.GetType(omnType.FullName);
// if (type == null)
// return null;
// if (type.IsValueType)
// {
// ValueTypeChange change = ValueTypeChangeFor(node.Parent, depth + 1);
// if (change != null)
// change.FieldPath.Add(FieldInfoFor(node));
// return change;
// }
// return depth == 0 ? null : new ValueTypeChange(node.Tag);
//}
//private static FieldInfo FieldInfoFor(TreeGridNode node)
//{
// Type parentType = Type.GetType(FieldTypeFor(node.Parent).FullName);
// return (parentType != null)
// ? parentType.GetField(FieldNameFor(node), BindingFlags.NonPublic | BindingFlags.Instance | BindingFlags.Public)
// : null;
//}
//private static string FieldNameFor(TreeGridNode node)
//{
// return (string)node.Cells[0].Value;
//}
//private static IType FieldTypeFor(TreeGridNode node)
//{
// long id = (long)node.Tag;
// object obj = Db4oClient.Client.Ext().GetByID(id);
// IType type = ResolveType(DataLayerCommon.ReflectClassFor(obj));
// return type;
//}
public long GetLocalID(object obj)
{
ObjectDetails objDetails = new ObjectDetails(obj);
return(objDetails.GetLocalID());
}
void LoadObjectByObjectDetails(ObjectDetails vObjectDetails)
{
FMObject vLoadedObject = new FMObject(objectSpace, vObjectDetails.ObjectGUID);
vLoadedObject.FMClass = vObjectDetails.ClassName;
foreach (AttributeDetails AD in vObjectDetails.Attributes)
vLoadedObject.CreateAttribute(AD.Type, AD.Attribute, AD.Value);
foreach (DerivedAttributeDetails DAD in vObjectDetails.DerivedAttributes)
vLoadedObject.CreateDerivedAttribute(DAD.Type, DAD.Attribute, DAD.Query);
}
public static int GetDepth(long id)
{
ObjectDetails objDetails = new ObjectDetails(id);
return(objDetails.GetDepth(id));
}
public static object GetObjById(long id)
{
ObjectDetails objDetails = new ObjectDetails(id);
return(objDetails.GetObjById(id));
}
public static int GetDepth(object obj)
{
ObjectDetails objDetails = new ObjectDetails(obj);
return(objDetails.GetDepth(obj));
}
public virtual void OnDetailGUI(ObjectDetails details)
{
}
public virtual void OnDetailGizmos(ObjectDetails details)
{
}