public List <GeoDataElement> GetGeoData(Point3 <int> pointFrom, Point3 <int> pointTo)
{
List <GeoDataElement> geoDataList = new List <GeoDataElement>();
lock (_terrainDetailsLock)
{
pointFrom.X = Measure.Clamp(0, _terrainDetails.GetLength(0) - 1, pointFrom.X);
pointFrom.Y = Measure.Clamp(0, _terrainDetails.GetLength(1) - 1, pointFrom.Y);
pointFrom.Z = Measure.Clamp(0, _terrainDetails.GetLength(2) - 1, pointFrom.Z);
pointTo.X = Measure.Clamp(0, _terrainDetails.GetLength(0) - 1, pointTo.X);
pointTo.Y = Measure.Clamp(0, _terrainDetails.GetLength(1) - 1, pointTo.Y);
pointTo.Z = Measure.Clamp(0, _terrainDetails.GetLength(2) - 1, pointTo.Z);
PlaceInstanceTerrainDetails details;
DbTerrainObjectDefinitions terrainDefinition;
Point3 <int> location;
Point3 <int> colliderSize;
GeoDataElement.Type elementType = GeoDataElement.Type.None;
bool isExit = false;
for (int z = pointFrom.Z; z <= pointTo.Z; z++)
{
for (int y = pointFrom.Y; y <= pointTo.Y; y++)
{
for (int x = pointFrom.X; x <= pointTo.X; x++)
{
details = _terrainDetails[x, y, z];
if (details == null)
{
continue;
}
terrainDefinition = details.TerrainDefinition;
if (!terrainDefinition.IsTerrain && !terrainDefinition.IsPlatform && !terrainDefinition.IsObstacle)
{
continue;
}
if (terrainDefinition.IsObstacle)
{
elementType = GeoDataElement.Type.Obstacle;
}
else if (terrainDefinition.IsTerrain)
{
elementType = GeoDataElement.Type.Terrain;
}
else if (terrainDefinition.IsPlatform)
{
elementType = GeoDataElement.Type.Platform;
}
else
{
elementType = GeoDataElement.Type.None;
}
location = new Point3 <int>(details.LocalPosX, details.LocalPosY, details.LocalPosZ);
colliderSize = new Point3 <int>(terrainDefinition.CollisionX, terrainDefinition.CollisionY, terrainDefinition.CollisionZ);
isExit = details.IsExit;
GeoDataElement geoDataElement = new GeoDataElement(location, colliderSize, elementType, isExit);
geoDataList.Add(geoDataElement);
}
}
}
}
return(geoDataList);
}
public List <GeoDataElement> GetGeoDataOfExitElements()
{
List <GeoDataElement> geoDataList = new List <GeoDataElement>();
lock (_terrainDetailsLock)
{
PlaceInstanceTerrainDetails details;
DbTerrainObjectDefinitions terrainDefinition;
Point3 <int> location;
Point3 <int> colliderSize;
GeoDataElement.Type elementType = GeoDataElement.Type.None;
bool isExit = false;
int x, y, z;
foreach (Tuple <int, int, int> indexes in _exitElementsIndexList)
{
x = indexes.Item1;
y = indexes.Item2;
z = indexes.Item3;
details = _terrainDetails[x, y, z];
if (details == null)
{
continue;
}
terrainDefinition = details.TerrainDefinition;
if (!terrainDefinition.IsTerrain && !terrainDefinition.IsPlatform && !terrainDefinition.IsObstacle)
{
continue;
}
if (terrainDefinition.IsObstacle)
{
elementType = GeoDataElement.Type.Obstacle;
}
else if (terrainDefinition.IsTerrain)
{
elementType = GeoDataElement.Type.Terrain;
}
else if (terrainDefinition.IsPlatform)
{
elementType = GeoDataElement.Type.Platform;
}
else
{
elementType = GeoDataElement.Type.None;
}
location = new Point3 <int>(details.LocalPosX, details.LocalPosY, details.LocalPosZ);
colliderSize = new Point3 <int>(terrainDefinition.CollisionX, terrainDefinition.CollisionY, terrainDefinition.CollisionZ);
isExit = details.IsExit;
GeoDataElement geoDataElement = new GeoDataElement(location, colliderSize, elementType, isExit);
geoDataList.Add(geoDataElement);
}
}
return(geoDataList);
}
