public static SpeciesCount[] ProjectNextSpeciesCount(PopulationManager populationManager)
{
// Use a dictionary to easily store and look up the counts
Dictionary <SpeciesType, SpeciesCount> counts = new Dictionary <SpeciesType, SpeciesCount>();
// Update the counts for each population in the population manager
foreach (Population population in populationManager.Populations)
{
// Assign the species for convenience
SpeciesType species = population.species.Species;
// If the dictionary does not yet contain the key
// then add the key to the dictionary
if (!counts.ContainsKey(species))
{
counts.Add(species, new SpeciesCount()
{
species = population.species.Species,
count = 0
});
}
// Calculate the population's next size
GrowthCalculator calculator = population.GrowthCalculator;
counts[species].count += calculator.CalculateNextPopulationSize();
}
return(counts.Values.ToArray());
}
private void OnNextDay()
{
PopulationManager population = GameManager.Instance.m_populationManager;
List <AnimalSpecies> endangeredSpecies = new List <AnimalSpecies>();
foreach (Population pop in population.Populations)
{
GrowthCalculator growth = pop.GrowthCalculator;
// If the population is declining at a rate lower than -0.5f,
// and it has not been marked as endangered already, then
// add it to the list of endangered species
if (growth.populationIncreaseRate <= -0.5f &&
!endangeredSpecies.Contains(pop.Species))
{
endangeredSpecies.Add(pop.species);
}
}
// Signal a warning about the endangered species
if (endangeredSpecies.Count > 0)
{
SignalWarning(endangeredSpecies);
}
}
public SerializableGrowthCalculator(GrowthCalculator calculator)
{
growthStatus = calculator.GrowthStatus.ToString();
growthCountdown = calculator.GrowthCountdown;
decayCountdown = calculator.DecayCountdown;
foodRating = calculator.FoodRating;
waterRating = calculator.WaterRating;
terrainRating = calculator.TerrainRating;
populationIncreaseRate = calculator.populationIncreaseRate;
// Create a list with all need met entries
IEnumerable <NeedMetEntry> entries = calculator.IsNeedMet
.Select(entry => new NeedMetEntry(entry));
isNeedMet = new List <NeedMetEntry>(entries);
}