public RandomPopulationSettings MapFrom(PopulationSettings batchPopulationSettings)
{
var originData = originDataFrom(batchPopulationSettings);
var individual = _individualFactory.CreateStandardFor(originData);
var populationSettings = _individualToPopulationSettingsMapper.MapFrom(individual);
populationSettings.NumberOfIndividuals = batchPopulationSettings.NumberOfIndividuals;
setRange(populationSettings, CoreConstants.Parameter.AGE, batchPopulationSettings.MinAge, batchPopulationSettings.MaxAge);
setRange(populationSettings, CoreConstants.Parameter.MEAN_HEIGHT, batchPopulationSettings.MinHeight, batchPopulationSettings.MaxHeight);
setRange(populationSettings, CoreConstants.Parameter.MEAN_WEIGHT, batchPopulationSettings.MinWeight, batchPopulationSettings.MaxWeight);
setRange(populationSettings, CoreConstants.Parameter.BMI, batchPopulationSettings.MinBMI, batchPopulationSettings.MaxBMI);
if (populationSettings.ContainsParameterRangeFor(CoreConstants.Parameter.GESTATIONAL_AGE))
{
setRange(populationSettings, CoreConstants.Parameter.GESTATIONAL_AGE, batchPopulationSettings.MinGestationalAge, batchPopulationSettings.MaxGestationalAge);
}
//in case of multiple gender, adjust the ration according to the feamales proportion
if (individual.AvailableGenders().Count() > 1)
{
populationSettings.GenderRatio(_genderRepository.Female).Ratio = batchPopulationSettings.ProportionOfFemales;
populationSettings.GenderRatio(_genderRepository.Male).Ratio = 100 - batchPopulationSettings.ProportionOfFemales;
}
return(populationSettings);
}
public Individual DefaultIndividualFor(SpeciesPopulation speciesPopulation)
{
if (!_indvidualCacheProSpecies.Contains(speciesPopulation))
{
var individualDTO = _individualDefaultValueRetriever.DefaultSettingFor(speciesPopulation);
_indvidualCacheProSpecies[speciesPopulation] = _individualFactory.CreateStandardFor(_individualSettingsMapper.MapFrom(individualDTO));
}
return(_indvidualCacheProSpecies[speciesPopulation]);
}
public Individual DefaultIndividualFor(SpeciesPopulation speciesPopulation)
{
if (!_indvidualCacheProSpecies.Contains(speciesPopulation))
{
var species = _speciesRepository.FindByName(speciesPopulation.Species);
var individualDTO = _individualDefaultValueRetriever.DefaultSettingForSpecies(species);
individualDTO.SpeciesPopulation = speciesPopulation;
_individualDefaultValueRetriever.RetrieveDefaultValueFor(individualDTO);
_indvidualCacheProSpecies[speciesPopulation] = _individualFactory.CreateStandardFor(_individualSettingsMapper.MapFrom(individualDTO));
}
return(_indvidualCacheProSpecies[speciesPopulation]);
}
public Individual DefaultIndividualFor(SpeciesPopulation speciesPopulation)
{
if (!_individualCacheProSpecies.Contains(speciesPopulation))
{
var originDataSnapshot = new OriginData
{
Species = speciesPopulation.Species,
Population = speciesPopulation.Name,
Gender = DefaultGenderFor(speciesPopulation).Name
};
var originData = _originDataMapper.MapToModel(originDataSnapshot).Result;
_individualCacheProSpecies[speciesPopulation] = _individualFactory.CreateStandardFor(originData);
}
return(_individualCacheProSpecies[speciesPopulation]);
}
public Individual DefaultIndividualFor(SpeciesPopulation speciesPopulation)
{
if (!_individualCacheProSpecies.Contains(speciesPopulation))
{
var originDataSnapshot = new OriginData
{
Species = speciesPopulation.Species,
Population = speciesPopulation.Name,
Gender = DefaultGenderFor(speciesPopulation).Name
};
//We do not need to pass any valid snapshot context in this case.
var originData = _originDataMapper.MapToModel(originDataSnapshot, new SnapshotContext()).Result;
_individualCacheProSpecies[speciesPopulation] = _individualFactory.CreateStandardFor(originData);
}
return(_individualCacheProSpecies[speciesPopulation]);
}
