public IScpWorkflow Step(int seed)
{
IScpWorkflow scpWorkflow = null;
switch (CompWorkflowState)
{
case CompWorkflowState.ReproGenomes:
scpWorkflow = ReproStep(seed);
break;
case CompWorkflowState.RunCompetition:
scpWorkflow = RunCompetitionStep(seed);
break;
case CompWorkflowState.EvaluateResults:
scpWorkflow = EvaluateResultsStep(seed);
break;
case CompWorkflowState.UpdateGenomes:
scpWorkflow = UpdateGenomesStepH(seed);
break;
default:
throw new Exception(String.Format("CompWorkflowState {0} not handled in SorterCompParaPoolWorkflowImpl.Step", CompWorkflowState));
}
return(scpWorkflow);
}
public void TrackItem(IScpWorkflow scpWorkflow)
{
switch (scpWorkflow.CompWorkflowState)
{
case CompWorkflowState.ReproGenomes:
break;
case CompWorkflowState.RunCompetition:
break;
case CompWorkflowState.EvaluateResults:
break;
case CompWorkflowState.UpdateGenomes:
_poolReport = string.Format(
"{0}\t{1}\t{2}",
scpWorkflow.ScpParams.Name,
scpWorkflow.Generation,
scpWorkflow.CompPool.SorterEvals
.Select(t => t.SwitchUseCount)
.OrderBy(c => c)
.First()
);
//_poolReport = scpWorkflow.CompPool.SorterOnSwitchableGroups.Select(
// t=>t.SwitchesUsed)
// .OrderBy(c=>c)
// .Take(100)
// .Aggregate(string.Empty,(r,n)=> n + "\t" + r);
//SorterPoolStats.AddGenomeEvals(
// sorterCompParaPoolWorkflow.SorterLayerEval
// .GenomeEvals
// .OrderBy(t => t.Score),
// SorterCompParaPoolWorkflowTracker.SorterRefScore
// );
//SwitchablePoolStats.AddGenomeEvals(
// sorterCompParaPoolWorkflow.SwitchableGroupLayerEval
// .GenomeEvals
// .OrderBy(t => t.Score),
// SorterCompParaPoolWorkflowTracker.SwitchableGroupRefScore
// );
//var compParaPool = sorterCompParaPoolWorkflow.CompParaPool;
//var compParaPoolScores =
// compParaPool.SorterOnSwitchableGroups
// .Where(
// g => SorterPoolStats.GenomeStatses.Any(ps => ps.Guid == g.Sorter.Guid)
// &&
// SwitchablePoolStats.GenomeStatses.Any(ps => ps.Guid == g.SwitchableGroup.Guid)
// )
// .Select(
// s =>
// new Tuple<Guid, Guid, Tuple<bool, int>>(s.Sorter.Guid, s.SwitchableGroup.Guid,
// new Tuple<bool, int>(s.Success, s.SwitchesUsed)));
//var compParaPoolResults = compParaPoolScores.Select(
//s => new Tuple<IGenomeStats<ISorterGenome>, IGenomeStats<ISwitchableGroupGenome>, Tuple<bool, int>>
//(
// SorterPoolStats.GenomeStatses.Single(g => g.Guid == s.Item1),
// SwitchablePoolStats.GenomeStatses.Single(g => g.Guid == s.Item2),
// s.Item3
//));
//var genomeTable = GenomeTable.Make(compParaPoolResults);
//_poolReport = genomeTable.Print
//(
// g => g.FirstGeneration.ToString() + "_" + g.ReferenceResult.Cast<ISorterOnSwitchableGroup>().SwitchesUsed,
// h => h.FirstGeneration.ToString() + "_",
// i => i.Item2.ToString()
//);
break;
default:
break;
}
}