public static void Main(string[] args)
{
var creatures = new List <Creature>
{
CreatureBuilder.Create(CreatureType.Blue)
.WithSpontaneousBirthProbability(1)
.WithDeathProbabilityPerCreature(0.1)
.WithReplicationProbabilityPerCreature(0.05)
.WithMutationProbability(CreatureType.Green, 0.1)
.WithMutationProbability(CreatureType.Red, 0.1)
.Build(),
CreatureBuilder.Create(CreatureType.Green)
.WithSpontaneousBirthProbability(0)
.WithDeathProbabilityPerCreature(0.1)
.WithReplicationProbabilityPerCreature(0.05)
.Build(),
CreatureBuilder.Create(CreatureType.Red)
.WithSpontaneousBirthProbability(0)
.WithDeathProbabilityPerCreature(0.05)
.WithReplicationProbabilityPerCreature(0.05)
.WithMutationProbability(CreatureType.Orange, 0.05)
.Build(),
CreatureBuilder.Create(CreatureType.Orange)
.WithSpontaneousBirthProbability(0)
.WithDeathProbabilityPerCreature(0.05)
.WithReplicationProbabilityPerCreature(0.1)
.Build(),
};
var populationHistoryDistribution = new InfinitePopulationHistoryDistribution(creatures);
foreach (var populations in populationHistoryDistribution.Sample())
{
Console.WriteLine(string.Join(", ", populations.Select(kvp => $"{kvp.Key}: {kvp.Value:00}")));
Thread.Sleep(50);
}
}
public MainForm()
{
this.InitializeComponent();
var creatures = new List <Creature>
{
CreatureBuilder.Create(CreatureType.Blue)
.WithSpontaneousBirthProbability(1)
.WithDeathProbabilityPerCreature(0.1)
.WithReplicationProbabilityPerCreature(0.05)
.WithMutationProbability(CreatureType.Green, 0.1)
.WithMutationProbability(CreatureType.Red, 0.1)
.Build(),
CreatureBuilder.Create(CreatureType.Green)
.WithSpontaneousBirthProbability(0)
.WithDeathProbabilityPerCreature(0.1)
.WithReplicationProbabilityPerCreature(0.05)
.Build(),
CreatureBuilder.Create(CreatureType.Red)
.WithSpontaneousBirthProbability(0)
.WithDeathProbabilityPerCreature(0.05)
.WithReplicationProbabilityPerCreature(0.05)
.WithMutationProbability(CreatureType.Orange, 0.05)
.Build(),
CreatureBuilder.Create(CreatureType.Orange)
.WithSpontaneousBirthProbability(0)
.WithDeathProbabilityPerCreature(0.05)
.WithCrowdingCoefficient(0.001)
.WithReplicationProbabilityPerCreature(0.1)
.Build(),
};
var populationHistoryDistribution = new InfinitePopulationHistoryDistribution(creatures);
this.enumerator = populationHistoryDistribution.Sample().GetEnumerator();
}
