private IScpWorkflow UpdateGenomesStepH(int seed)
{
var successfulEvals = SorterLayerEval.GenomeEvals
.Where(ev => ev.Success)
.OrderBy(e => e.Score)
.ToList();
var legacyCount = 0;
var cubCount = 0;
var leftoverCount = 0;
var leftoverTotal = ScpParams.PopulationCount - ScpParams.CubCount - ScpParams.LegacyCount;
//var newGenomes = new List<ISorterGenome>();
var newGenomes = new Dictionary <string, ISorterGenome>();
foreach (var evaluatedGenome in successfulEvals)
{
var sorterStages = CompPool.SorterEval(evaluatedGenome.Guid)
.Reduce(Guid.NewGuid()).ToStagedSorter()
.SorterStages
.ToList();
//var hash = evaluatedGenome.Score + " " +
//sorterStages.Repeat().Skip((Generation / 5) % sorterStages.Count).Take(5)
// .Select(s=>s.KeyPairs.Select(kp=>kp.Index)
// .Aggregate(string.Empty, (str,i) => str + "," + i)
// )
// .Aggregate(string.Empty, (st,i) => st + (String.IsNullOrEmpty(st) ? "" : ",") + i);
var hash = evaluatedGenome.Score + " " +
sorterStages
.Take(5)
.Select(s => s.KeyPairs.Select(kp => kp.Index)
.Aggregate(string.Empty, (str, i) => str + "," + i)
)
.Aggregate(string.Empty, (st, i) => st + (String.IsNullOrEmpty(st) ? "" : ",") + i);
if (newGenomes.ContainsKey(hash))
{
continue;
}
if (
SorterLayer0.GetGenome(evaluatedGenome.Guid) != null
&&
legacyCount < ScpParams.LegacyCount
)
{
newGenomes[hash] = evaluatedGenome.Genome;
legacyCount++;
}
else if (
SorterLayer1.GetGenome(evaluatedGenome.Guid) != null
&&
cubCount < ScpParams.CubCount
)
{
newGenomes[hash] = evaluatedGenome.Genome;
cubCount++;
}
else if (leftoverCount < leftoverTotal)
{
newGenomes[hash] = evaluatedGenome.Genome;
leftoverCount++;
if (SorterLayer0.GetGenome(evaluatedGenome.Guid) != null)
{
legacyCount++;
}
else
{
cubCount++;
}
}
}
return(new ScpWorkflowImpl
(
compWorkflowState: CompWorkflowState.ReproGenomes,
sorterLayer0: Layer.Make(
generation: Generation + 1,
genomes: newGenomes.Values
),
sorterLayer1: null,
compPool: CompPool.TrimEvalsToTheseIds(newGenomes.Select(g => g.Value.Guid)),
sorterLayerEval: newGenomes.Select(g => SorterLayerEval.GetGenomeEval(g.Value.Guid))
.Make <ISorterGenome, IGenomeEval <ISorterGenome> >(),
scpParams: ScpParams,
generation: Generation + 1,
report: JsonConvert.SerializeObject(new Tuple <int, int>(legacyCount, cubCount), Formatting.None)
));
}
private IScpWorkflow UpdateGenomesStep(int seed)
{
var successfulEvals = SorterLayerEval.GenomeEvals
.Where(ev => ev.Success)
.SubSortShuffle(e => e.Score, seed)
.ToList();
var legacyCount = 0;
var cubCount = 0;
var leftoverCount = 0;
var leftoverTotal = ScpParams.PopulationCount - ScpParams.CubCount - ScpParams.LegacyCount;
var newGenomes = new List <ISorterGenome>();
foreach (var evaluatedGenome in successfulEvals)
{
if (
SorterLayer0.GetGenome(evaluatedGenome.Guid) != null
&&
legacyCount < ScpParams.LegacyCount
)
{
newGenomes.Add(evaluatedGenome.Genome);
legacyCount++;
}
else if (
SorterLayer1.GetGenome(evaluatedGenome.Guid) != null
&&
cubCount < ScpParams.CubCount
)
{
newGenomes.Add(evaluatedGenome.Genome);
cubCount++;
}
else if (leftoverCount < leftoverTotal)
{
newGenomes.Add(evaluatedGenome.Genome);
leftoverCount++;
if (SorterLayer0.GetGenome(evaluatedGenome.Guid) != null)
{
legacyCount++;
}
else
{
cubCount++;
}
}
}
return(new ScpWorkflowImpl
(
compWorkflowState: CompWorkflowState.ReproGenomes,
sorterLayer0: Layer.Make(
generation: Generation + 1,
genomes: newGenomes
),
sorterLayer1: null,
compPool: CompPool.TrimEvalsToTheseIds(newGenomes.Select(g => g.Guid)),
sorterLayerEval: newGenomes.Select(g => SorterLayerEval.GetGenomeEval(g.Guid))
.Make <ISorterGenome, IGenomeEval <ISorterGenome> >(),
scpParams: ScpParams,
generation: Generation + 1,
report: JsonConvert.SerializeObject(new Tuple <int, int>(legacyCount, cubCount), Formatting.None)
));
}