public void Initialise(OptimiserParameters parameters, IList<BaseChromosomeType> chromosomeTypes)
{
_validatorFactory = new GeneValidatorFactory(chromosomeTypes);
generationsSpin.Value = parameters.MaximumGenerations;
populationSizeSpin.Value = parameters.PopulationSize;
reproductionPercentSpin.Value = (decimal) (parameters.ReproductionRate * 100);
mutationRateSpin.Value = (decimal) (parameters.MutationRate * 100);
screenThresholdSpin.Value = (decimal) parameters.ScreeningThreshold;
saveLogCheckbox.Checked = parameters.ExportGenes;
var wrappers = GetOptimisationTypeWrappers();
fitnessFunctionComboBox.DisplayMember = "Name";
fitnessFunctionComboBox.ValueMember = "Type";
fitnessFunctionComboBox.DataSource = wrappers;
try
{
foreach (var wrapper in wrappers)
{
if (wrapper.Type.AssemblyQualifiedName == parameters.FitnessFunctionType)
{
fitnessFunctionComboBox.SelectedItem = wrapper;
break;
}
}
}
catch
{
}
minimumTradesSpin.Value = parameters.MinimumTrades;
strategyParameterConditionsGrid.Rows.Clear();
foreach (var condition in parameters.ParameterConditions)
{
if (IsConditionValid(condition))
{
var row = strategyParameterConditionsGrid.Rows[strategyParameterConditionsGrid.Rows.Add()];
row.SetValues(condition);
}
}
}
private IGeneValidator GetGeneValidator(IList<BaseChromosomeType> chromosomeTypes,
IEnumerable<string> parameterConditions)
{
var validatorFactory = new GeneValidatorFactory(chromosomeTypes);
var validators = new List<IGeneValidator>();
foreach (var condition in parameterConditions)
{
validators.Add(validatorFactory.GetGeneValidator(condition));
}
return new CompositeGeneValidator(validators.ToArray());
}