internal CQuadrantBuildArgs(CRandomGenerator aRanomdGenerator,
CCubePos aTileCubePos,
CVector3Dbl aTileWorldPos,
Func <CSprite, CSpritePersistentData> aGetSpritePersistentDataFunc,
Func <CSprite, int> aNewSpritePersistentId)
{
this.RandomGenerator = aRanomdGenerator;
this.TileCubePos = aTileCubePos;
this.TileWorldPos = aTileWorldPos;
this.GetSpritePersistentDataFunc = aGetSpritePersistentDataFunc;
this.NewSpritePersistentId = aNewSpritePersistentId;
}
public static bool IsEqual(this CCubePos aLhs, CCubePos aRhs) => aLhs == aRhs;
internal static CCubePos GetCubeCoordinates(this CDimPos aDimensionCoordinates, CCubePos aCubeCoordinates, int aEdgeLength)
{
var aBaseX = aCubeCoordinates.x;
var aBaseY = aCubeCoordinates.y;
var aBaseZ = aCubeCoordinates.z;
var aOffsetX = aDimensionCoordinates.c1;
var aOffsetZ = aDimensionCoordinates.c0;
var aX1 = aOffsetX % ((Int64)aEdgeLength);
var aOffsetY = (aOffsetX - aX1) / ((Int64)aEdgeLength);
var aX = aX1 + aBaseX;
var aY = aBaseY + aOffsetY;
var aZ = aBaseZ + aOffsetZ;
return(new CCubePos((Int64)aX, (Int64)aY, (Int64)aZ));
}
internal static CCubePos Add(this CCubePos aLhs, CCubePos aRhs) => aLhs + aRhs;
internal static CCubePos Subtract(this CCubePos aLhs, CCubePos aRhs) => aLhs - aRhs;
internal CCubePosKey(CCubePos aCubePos, Int64 aEdgeLen)
{
this.CubePos = aCubePos;
this.HashCode = aCubePos.CalcHashCode(aEdgeLen);
this.EdgeLen = aEdgeLen;
}