/// <summary>
/// Find a point far enough away from the previous points,
/// but do not record it yet as a Previous Point.
/// </summary>
/// <param name="uPoint">UnsignedPoint made from the returned array, or null.</param>
/// <returns>A point well-separated from all previous points, or null if none could be found.
/// </returns>
public int[] FindSeparatedPoint(out UnsignedPoint uPoint)
{
var minDistSquared = (long)Math.Ceiling(MinimumDistance * MinimumDistance);
var tries = 0;
var point = new int[Dimensions];
while (tries < 100)
{
for (var iDim = 0; iDim < AffectedDimensions.Count; iDim++)
{
point[iDim] = Rng.Next(Minimum, Maximum);
}
var pt = new UnsignedPoint(point); // Copies the array.
if (!PreviousPoints.Any(p => p.Measure(pt) < minDistSquared))
{
uPoint = pt;
return(point);
}
tries++;
}
uPoint = null;
return(null);
}
public bool IsSeparatedPoint(UnsignedPoint pt)
{
var minDistSquared = (long)Math.Ceiling(MinimumDistance * MinimumDistance);
return(!PreviousPoints.Any(p => p.Measure(pt) < minDistSquared));
}
