public void CreateMonthlyAggregateRecord(int month, int year)
{
MonthlyAggregates.Add(new MonthlyAggregates
{
Month = Dictionaries.MonthName[month],
FirstRecordedDate = DailyRainData[0].DateRecorded,
LastRecordedDate = DailyRainData[DailyRainData.Count - 1].DateRecorded,
TotalRainfall = Math.Round(DailyRainData.Sum(d => d.Rainfall), 2),
AverageDailyRainfall = Math.Round(DailyRainData.Average(d => d.Rainfall), 2),
DaysWithRainfall = DailyRainData.Where(dr => dr.Rainfall > 0).Count(),
DaysWithNoRainfall = (!IsLeapYear(year) && month == February) ?
Dictionaries.MonthDays[month] - 1 - DailyRainData.Where(dr => dr.Rainfall > 0).Count() :
Dictionaries.MonthDays[month] - DailyRainData.Where(dr => dr.Rainfall > 0).Count()
});
DailyRainData.Clear();
}
public void CreateYearlyAggregateRecord(int year, int longestNumberOfDaysRaining)
{
YearlyAggregates.Add(new YearlyAggregates
{
Year = year,
FirstRecordedDate = MonthlyAggregates[0].FirstRecordedDate,
LastRecordedDate = MonthlyAggregates[MonthlyAggregates.Count - 1].LastRecordedDate,
TotalRainfall = Math.Round(MonthlyAggregates.Sum(m => m.TotalRainfall), 2),
AverageDailyRainfall = Math.Round(MonthlyAggregates.Sum(m => m.AverageDailyRainfall), 2),
DaysWithNoRainfall = MonthlyAggregates.Sum(m => m.DaysWithNoRainfall),
DaysWithRainfall = MonthlyAggregates.Sum(m => m.DaysWithRainfall),
LongestNumberOfDaysRaining = longestNumberOfDaysRaining,
MonthlyAggregates = MonthlyAggregates.ToList(),
});
MonthlyAggregates.Clear();
}
