private void DisplayResults(Model model, double currentSpeed, bool isFinal)
{
//add current results
{
YearResults results = model.GetYearResults();
m_currentResults.Add(results);
}
if (m_currentResults.Count < model.settings.DisplayWaitPeriod && !isFinal)
{
return;
}
this.speedToolStripTextBox.Text = currentSpeed.ToString("N2") + " years/s";
for (int i = 0; i < m_currentResults.Count; ++i)
{
YearResults results = m_currentResults[i];
results.ChartData(m_allSeries, i == m_currentResults.Count - 1);
if (m_resultsWriter != null)
{
m_resultsWriter.Write(results);
}
}
m_currentResults.Clear();
if (model.settings.MaximumYearsToDisplay > 0)
{
foreach (Series series in m_allSeries.Values)
{
while (series.Points.Count > model.settings.MaximumYearsToDisplay)
{
series.Points.RemoveAt(0);
}
}
this.chart1.ResetAutoValues();
this.chart2.ResetAutoValues();
//this.chart3.ResetAutoValues();
}
this.chart1.Update();
this.chart2.Update();
this.chart3.Update();
this.chart4.Update();
}
internal YearResults GetYearResults()
{
YearResults results = new YearResults()
{
Year = this.Year,
AgeingCunningCorrelation = Utils.CalculateCorrelation(m_population.Individuals, item => item.ageingSpeed, item => item.cunning),
PopulationSize = this.PopulationSize,
CrysisPower = this.CrysisPower,
AgeingSpeedStats = new Stats(m_population.Individuals.Select(item => item.ageingSpeed)),
AgeStats = new Stats(m_population.Individuals.Select(item => (double)item.age)),
AgeAtDeathStats = m_population.AgeAtDeathStats,
CunningStats = new Stats(m_population.Individuals.Select(item => item.cunning)),
MortalityRate = this.MortalityRate,
RateOfOrigination = this.RateOfOrigination,
SurvivabilityStats = m_population.SurvivabilityStats,
SurvivabilityByAge = m_population.SurvivabilityByAgeStats,
CunningHistogramm = m_population.CunningHistogramm
};
return(results);
}
public void Write(YearResults results)
{
m_csvWriter.WriteRecord(results);
m_csvWriter.NextRecord();
}