public ChunkBoundary GetNextBonBoundary()
{
var b = Count * _chunkSize;
Int64 low = b + 1;
Int64 top = b + _chunkSize;
var boundary = new ChunkBoundary(low, top, Count);
Count++;
return(boundary);
}
private ProcessingResult ProcessChunk(ChunkBoundary boundary)
{
//if (boundary.BondaryCount % 1 == 0) {
var totalChecks = boundary.BondaryCount * ChunkSize;
var totalSeconds = (DateTime.Now - this._startTime).TotalSeconds + 1;
var checkPrsec = (totalChecks / totalSeconds);
var checksPrSecStr = FormatInteger((int)(checkPrsec));
Console.WriteLine($"Finished boundary: {FormatInteger(boundary.End)} => {checksPrSecStr}/s");
var remaningTo10 = (3778888999 - totalChecks) / checkPrsec;
var remaningTo11 = (277777788888899 - totalChecks) / checkPrsec;
var minutesTo10 = remaningTo10 / 60;
var daysTo11 = remaningTo11 / 60 / 60 / 24;
Console.WriteLine($"Time until '3778888999': {(int)minutesTo10} minutes.");
Console.WriteLine($"Time until '277777788888899': {(int)daysTo11} days.");
//}
var resultSet = new ProcessingResult();
for (Int64 i = boundary.Start; i < boundary.End; i++)
{
var result = _algorithm.CalculatePersistence(i);
// we are only looking for the first; as the first is the lowest input value.
if (resultSet.results.ContainsKey(result))
{
continue;
}
resultSet.results.Add(result, i);
}
return(resultSet);
}
