public WinnerManager(WinnerList live, CandidateWinners candidates, WinnerList final, int finalistCount)
{
this.Live = live;
this.Candidates = candidates;
this.Final = final;
this.FinalistCount = finalistCount;
}
private static void ExtractHistory(out SortedList <string, ShipDNA> filenames, out SortedList <string, double> filenameScores, WinnerList winners)
{
#region Check for no winners
if (winners == null)
{
filenames = null;
filenameScores = null;
return;
}
var dump = winners.Current;
if (dump == null || dump.Length == 0)
{
filenames = null;
filenameScores = null;
return;
}
#endregion
filenames = new SortedList <string, ShipDNA>();
filenameScores = new SortedList <string, double>();
List <string> dupeCheck = new List <string>();
foreach (var set in dump)
{
// Escape the filename
string shipname = EscapeFilename(set.ShipName);
if (dupeCheck.Contains(shipname.ToUpper()))
{
shipname += Guid.NewGuid().ToString();
}
dupeCheck.Add(shipname.ToUpper());
foreach (var lineage in set.BeansByLineage)
{
for (int cntr = 0; cntr < lineage.Item2.Length; cntr++)
{
// Name - Lineage - Rank.xml
string filename = string.Format("{0} - {1} - {2}.xml", shipname, EscapeFilename(lineage.Item1), cntr.ToString()); // there won't be a dupe on lineage, it's just a guid
// One or the other will be nonnull
if (lineage.Item2[cntr].Ship != null)
{
filenames.Add(filename, lineage.Item2[cntr].Ship.GetNewDNA());
}
else
{
filenames.Add(filename, lineage.Item2[cntr].DNA);
}
// Store the score (it's a separate list so that it can be directly serialized)
filenameScores.Add(filename, lineage.Item2[cntr].Score);
}
}
}
}
private void RefreshStatsSprtDump(ReportLineType lineType, WinnerList.WinningSet[] dump)
{
if (dump == null || dump.Length == 0)
{
return;
}
//NOTE: dump is already sorted by highest score
foreach (var row in dump)
{
// Get maxes for each lineage
string[] heights = new string[row.BeansByLineage.Length];
string[] gens = new string[heights.Length];
for (int cntr = 0; cntr < heights.Length; cntr++)
{
heights[cntr] = Math.Round(row.BeansByLineage[cntr].Item2.Max(o => o.Score), 1).ToString();
gens[cntr] = row.BeansByLineage[cntr].Item2.Max(o => o.Ship != null ? o.Ship.Generation : o.DNA.Generation).ToString();
}
// There's no need to show the lineage name, it's just a guid
RefreshStatsSprtAddRow(lineType, row.ShipName, string.Join("\r\n", heights), string.Join("\r\n", gens));
}
}
private Tuple<long, WinnerList.WinningBean>[] UpdateFinalistScores(WinnerList.WinningBean[] scores, long[] removedTokens)
{
// Update the scores
foreach (var score in scores)
{
long token = score.Ship.PhysicsBody.Token;
if (_livingFinalistTopScores.ContainsKey(token))
{
if (score.Score > _livingFinalistTopScores[token].Score)
{
_livingFinalistTopScores[token] = score; // only keeping the highest score achieved
}
}
else
{
_livingFinalistTopScores.Add(token, score); // add for the first time
}
}
// Remove any that are now dead
List<Tuple<long, WinnerList.WinningBean>> retVal = new List<Tuple<long, WinnerList.WinningBean>>();
foreach (long dead in removedTokens)
{
if (_livingFinalistTopScores.ContainsKey(dead))
{
retVal.Add(Tuple.Create(dead, _livingFinalistTopScores[dead]));
_livingFinalistTopScores.Remove(dead);
}
}
// Exit Function
return retVal.ToArray();
}
public void RefreshWinners(WinnerList.WinningBean[] liveScores, WinnerList.WinningBean[] liveCandidateScores)
{
// Get the remove tokens
long[] removedTokens = _removedTokens.ToArray();
_removedTokens.Clear();
// Refresh the live list
var winningLiveRemovals = this.Live.StoreWinners(liveScores, removedTokens);
// Refresh the finalist scores
var candidateRemovals = UpdateFinalistScores(liveCandidateScores, removedTokens);
// Of the ships that died, track candidates (not all dead ships will be tracked in candidates)
TransitionToCandidates(winningLiveRemovals, candidateRemovals, removedTokens);
// Look for candidates that are finished being tested, and see if they are good enough to be stored in the final list
TransitionToFinal();
}
public WinnerManager(WinnerList live, CandidateWinners candidates, WinnerList final, int finalistCount)
{
this.Live = live;
this.Candidates = candidates;
this.Final = final;
this.FinalistCount = finalistCount;
}