private void SetTimeRange(Common.TimeDomain DataSetTimeDomain)
{
//I'm unsure how to do the year...Need to research more
if (DataSetTimeDomain == Common.TimeDomain.Year)
{
//we will need to get the min year and max year from the measurement file
//probably can optimize later
var minYear = from gsPoint in _gisDataSet.OrderBy(o => o.timeContainer.Year).Take(1)
select gsPoint.timeContainer.Year;
var maxYear = from gsPoint in _gisDataSet.OrderByDescending(o => o.timeContainer.Year)
select gsPoint.timeContainer.Year;
_dataYear = minYear.First();
_dataYearEnd = maxYear.First();
//check this!!!!!!!
rangeOfTime = Common.GetEncodedTimesToInterpolate(this.DataSetTimeDomain, this.TimeEncodingFactor, minYear.First(), maxYear.First());
rangeOfTimeDictionary = Common.GetEncodedTimesToInterpolateForYearDictionary(_dataYear, _dataYearEnd, this.DataSetTimeDomain, this.TimeEncodingFactor);
}
else
{
rangeOfTime = Common.GetEncodedTimesToInterpolate(this.DataSetTimeDomain, this.TimeEncodingFactor);
rangeOfTimeDictionary = Common.GetEncodedTimesToInterpolateDictionary(_dataYear, this.DataSetTimeDomain, this.TimeEncodingFactor);
}
}
public TimeDomainContainer(int year, int month, int day)
{
Year = year;
Month = month;
Day = day;
CurrentTimeDomain = Common.TimeDomain.YearMonthDay;
}
public TimeDomainContainer(int year, int monthOrQuarter, bool isMonth = false)
{
Year = year;
if (isMonth)
{
Month = monthOrQuarter;
CurrentTimeDomain = Common.TimeDomain.YearMonth;
}
else
{
Quarter = monthOrQuarter;
CurrentTimeDomain = Common.TimeDomain.YearQuarter;
}
}
public TimeDomainContainer(int year)
{
Year = year;
CurrentTimeDomain = Common.TimeDomain.Year;
}
