public bool Generate(uint landblockID, int cellScale, LandDefs.Direction transAdj)
{
var cellWidth = LandDefs.BlockSide / cellScale;
if (cellWidth == SideCellCount && TransDir == transAdj)
{
return(false);
}
var cellRegen = false;
if (cellWidth != SideCellCount)
{
cellRegen = true;
if (SideCellCount > 0)
{
Destroy();
}
SideCellCount = cellWidth;
SideVertexCount = SideCellCount * LandDefs.VertexPerCell + 1;
SidePolyCount = SideCellCount * LandDefs.VertexPerCell;
InitPVArrays();
}
TransDir = transAdj;
ConstructVertices();
if (TransDir != LandDefs.Direction.Inside && SideCellCount > 1 && SideCellCount < LandDefs.BlockSide)
{
TransAdjust();
}
if (!cellRegen)
{
AdjustPlanes();
}
else
{
ConstructPolygons(landblockID);
if (!PhysicsEngine.Instance.Server)
{
ConstructNormals();
ConstructUVs(landblockID); // client mode only
}
}
CalcWater();
FinalizePVArrays();
return(cellRegen);
}
public new void Init()
{
InView = BoundingType.Outside;
Dir = LandDefs.Direction.Unknown;
Closest = new Vector2(-1, -1);
BlockCoord = new Vector2();
StaticObjects = new List <PhysicsObj>();
Buildings = new List <BuildingObj>();
}
public void Init()
{
TransDir = LandDefs.Direction.Unknown;
WaterType = LandDefs.WaterType.NotWater;
//BlockSurfaceIndex = -1;
// init for landcell
LandCells = new Dictionary <int, ObjCell>();
for (uint i = 1; i <= 64; i++)
{
LandCells.Add((int)i, new LandCell((i)));
}
}
