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 CDimPos(CDimPos aParent, Int64 c)
{
switch (aParent.Length)
{
case 0:
this.c0 = c;
this.c1 = default(Int64?);
break;
case 1:
this.c0 = aParent.c0;
this.c1 = c;
break;
default:
throw new ArgumentException();
}
}
internal void AllocateSubDimensions(int aSize)
{
if (this.AllocateSubDimensionsDone)
{
throw new InvalidOperationException();
}
else
{
var aSubs = new CDimension[aSize];
for (int aIdx = 0; aIdx < aSize; ++aIdx)
{
var aDimPos = new CDimPos(this.DimensionCoordinates, aIdx);
var aDimension = this.RootDimension.NewDimension(this, aDimPos);
aSubs[aIdx] = aDimension;
}
this.Dimensions = aSubs;
this.Size = aSize;
this.AllocateSubDimensionsDone = true;
}
}
internal abstract CDimension NewDimension(CServiceLocatorNode aParent, CDimPos aDimPos);
