private void SetInitialOutputData(MonteCarloWithRanks[] models, int numberOfEvents)
{
for (int i = 1; i <= 12; i++)
{
TabItem tab = (TabItem)tabMonths.Items[i - 1];
((MonthTabItemContent)tab.Content).SetInitialOutputData(models[i], numberOfEvents);
}
}
private void Simulation(Distribution[] distributions)
{
double ErrorOfConvergence = double.Parse(txtConvError.Text);
this.numberOfEvents = string.IsNullOrEmpty(txtCountEvents.Text) ? NUMBER_OF_EVENTS_DEFAULT : int.Parse(txtCountEvents.Text);
// Set Parsed Data
SetInitialInputData(distributions);
for (int i = 1; i <= 12; i++)
{
// Iniciar la simulacion
models[i] = new MonteCarloWithRanks(ErrorOfConvergence, distributions[i]);
}
// Set Simulated Data
SetInitialOutputData(models, numberOfEvents);
}
public void SetInitialOutputData(MonteCarloWithRanks model, int numberOfEvents)
{
myModel = model;
myDistribution = new Distribution(myModel.MyDistribution.SimulationData, int.Parse(myModel.MyDistribution.Month));
eventsCount = numberOfEvents;
ucOutputData.CleanData();
ucOutputData.CleanDataList();
ucOutputData.SetConvergenceData(model.ConvergenceAvg, model.ConvergenceDesv, model.ConvergenceValue);
ListRainPeriods.Clear();
serieRainPeriod.Title = GetLabelText();
serieConsumedPeriod2.Title = GetLabelTextConsumePeriod("2");
serieConsumedPeriod4.Title = GetLabelTextConsumePeriod("4");
serieConsumedPeriod6.Title = GetLabelTextConsumePeriod("6");
serieConsumedPeriod8.Title = GetLabelTextConsumePeriod("8");
serieConsumedRain2.Title = GetLabelTextConsumeRain("2");
serieConsumedRain4.Title = GetLabelTextConsumeRain("4");
serieConsumedRain6.Title = GetLabelTextConsumeRain("6");
serieConsumedRain8.Title = GetLabelTextConsumeRain("8");
ListConsumePeriod2.Clear();
ListConsumePeriod4.Clear();
ListConsumePeriod6.Clear();
ListConsumePeriod8.Clear();
List2.Clear();
List4.Clear();
List6.Clear();
List8.Clear();
}
