private void ComputeStatistics()
{
var actuary = new Actuary();
NodeWalk.Walk(root, node =>
{
node.Node.Optimize();
actuary.Track(node);
});
actuary.Publish();
this.Statistics = actuary;
}
public void SimulateCharacter(Character character, DateTime toDateTime, TRandom randomizer)
{
var totalMonths = 12 * LifeSimulator.DefaultTimePassageYears + LifeSimulator.DefaultTimePassageMonths;
var totalYears = totalMonths / 12.0M;
var deathPercentage = Actuary.DeathPercentage(character.Gender, character.AgeInYears(toDateTime));
var adjustedDeathPercentage = deathPercentage * totalYears;
if (randomizer.NextDecimal() < adjustedDeathPercentage)
{
character.DateOfDeath = new RandomDateGenerator().GetRandomDate(character.DateSimulatedTo, toDateTime, randomizer);
character.LifeLogs.Add(LifeLogFactories.BuildLog_Death(character));
}
else
{
character.LifeLogs.Add(LifeLogFactories.BuildLog_Aged(character, toDateTime));
}
character.DateSimulatedTo = toDateTime;
}
