private FetchClimateBatchResponce FetchClimateTimeSeries(ClimateParameter p, double latmin, double latmax, double lonmin, double lonmax, int hourmin, int hourmax, int daymin, int daymax, int yearmin, int yearmax, int divider, IntervalToSplit intervalToSplit, FetchingOptions options)
{
int n;
if (hourmax == GlobalConsts.DefaultValue)
hourmax = 24;
if (hourmin == GlobalConsts.DefaultValue)
hourmin = 0;
bool isReplaceDayMaxWithDefVal = (yearmax!=yearmin && (daymax==GlobalConsts.DefaultValue || daymax==365));
if (daymin == GlobalConsts.DefaultValue)
daymin = 1;
int effDayMax = daymax;
if (effDayMax == GlobalConsts.DefaultValue)
effDayMax = (yearmin == yearmax) ? (DateTime.IsLeapYear(yearmin) ? 366 : 365) : 365;
ResearchVariationType rvt = ResearchVariationType.Auto;
switch (intervalToSplit)
{
case IntervalToSplit.Years: n = (int)Math.Ceiling((yearmax - yearmin + 1) / (double)divider); rvt = ResearchVariationType.Yearly; break;
case IntervalToSplit.Days: n = (int)Math.Ceiling((effDayMax - daymin + 1) / (double)divider); rvt = ResearchVariationType.Seasonly; break;
case IntervalToSplit.Hours: n = (int)Math.Ceiling((hourmax - hourmin + 1) / (double)divider); rvt = ResearchVariationType.Hourly; break;
default: throw new NotImplementedException();
}
double[] latmaxs = new double[n];
double[] latmins = new double[n];
double[] lonmaxs = new double[n];
double[] lonmins = new double[n];
int[] hourmins = new int[n];
int[] hourmaxs = new int[n];
int[] daymins = new int[n];
int[] daymaxs = new int[n];
int[] yearmins = new int[n];
int[] yearmaxs = new int[n];
int yi = (intervalToSplit == IntervalToSplit.Years) ? 1 : 0;
int di = (intervalToSplit == IntervalToSplit.Days) ? 1 : 0;
int hi = (intervalToSplit == IntervalToSplit.Hours) ? 1 : 0;
for (int i = 0; i < n; i++)
{
latmaxs[i] = latmax;
latmins[i] = latmin;
lonmaxs[i] = lonmax;
lonmins[i] = lonmin;
hourmins[i] = Math.Min((hi==0)?hourmin:(hourmin + hi * i * divider),24);
hourmaxs[i] = Math.Min((hi == 0) ? hourmax : (hourmin + hi * ((i + 1) * divider-1)), 24);
yearmins[i] = (yi == 0) ? yearmin : (yearmin + yi * i * divider);
yearmaxs[i] = (yi == 0) ? yearmax:(yearmin + yi * ((i + 1) * divider-1));
daymins[i] = Math.Min((di==0)?daymin:(daymin + di *(i * divider)),(yearmins[i]==yearmaxs[i] && DateTime.IsLeapYear(yearmins[i]))?366:365);
if (isReplaceDayMaxWithDefVal && intervalToSplit!=IntervalToSplit.Days)
daymaxs[i] = GlobalConsts.DefaultValue;
else
daymaxs[i] = Math.Min((di == 0) ? daymax : (daymin + di * ((i + 1) * divider - 1)), (yearmins[i] == yearmaxs[i] && DateTime.IsLeapYear(yearmins[i])) ? 366 : 365);
}
return FetchClimate(p, latmins, latmaxs, lonmins, lonmaxs, hourmins, hourmaxs, daymins, daymaxs, yearmins, yearmaxs, options,rvt);
}
private FetchClimateBatchResponce FetchClimateTimeSeries(ClimateParameter p, double latmin, double latmax, double lonmin, double lonmax, int hourmin, int hourmax, int daymin, int daymax, int yearmin, int yearmax, int divider, IntervalToSplit intervalToSplit, FetchingOptions options)
{
int n;
if (hourmax == GlobalConsts.DefaultValue)
{
hourmax = 24;
}
if (hourmin == GlobalConsts.DefaultValue)
{
hourmin = 0;
}
bool isReplaceDayMaxWithDefVal = (yearmax != yearmin && (daymax == GlobalConsts.DefaultValue || daymax == 365));
if (daymin == GlobalConsts.DefaultValue)
{
daymin = 1;
}
int effDayMax = daymax;
if (effDayMax == GlobalConsts.DefaultValue)
{
effDayMax = (yearmin == yearmax) ? (DateTime.IsLeapYear(yearmin) ? 366 : 365) : 365;
}
ResearchVariationType rvt = ResearchVariationType.Auto;
switch (intervalToSplit)
{
case IntervalToSplit.Years: n = (int)Math.Ceiling((yearmax - yearmin + 1) / (double)divider); rvt = ResearchVariationType.Yearly; break;
case IntervalToSplit.Days: n = (int)Math.Ceiling((effDayMax - daymin + 1) / (double)divider); rvt = ResearchVariationType.Seasonly; break;
case IntervalToSplit.Hours: n = (int)Math.Ceiling((hourmax - hourmin + 1) / (double)divider); rvt = ResearchVariationType.Hourly; break;
default: throw new NotImplementedException();
}
double[] latmaxs = new double[n];
double[] latmins = new double[n];
double[] lonmaxs = new double[n];
double[] lonmins = new double[n];
int[] hourmins = new int[n];
int[] hourmaxs = new int[n];
int[] daymins = new int[n];
int[] daymaxs = new int[n];
int[] yearmins = new int[n];
int[] yearmaxs = new int[n];
int yi = (intervalToSplit == IntervalToSplit.Years) ? 1 : 0;
int di = (intervalToSplit == IntervalToSplit.Days) ? 1 : 0;
int hi = (intervalToSplit == IntervalToSplit.Hours) ? 1 : 0;
for (int i = 0; i < n; i++)
{
latmaxs[i] = latmax;
latmins[i] = latmin;
lonmaxs[i] = lonmax;
lonmins[i] = lonmin;
hourmins[i] = Math.Min((hi == 0)?hourmin:(hourmin + hi * i * divider), 24);
hourmaxs[i] = Math.Min((hi == 0) ? hourmax : (hourmin + hi * ((i + 1) * divider - 1)), 24);
yearmins[i] = (yi == 0) ? yearmin : (yearmin + yi * i * divider);
yearmaxs[i] = (yi == 0) ? yearmax:(yearmin + yi * ((i + 1) * divider - 1));
daymins[i] = Math.Min((di == 0)?daymin:(daymin + di * (i * divider)), (yearmins[i] == yearmaxs[i] && DateTime.IsLeapYear(yearmins[i]))?366:365);
if (isReplaceDayMaxWithDefVal && intervalToSplit != IntervalToSplit.Days)
{
daymaxs[i] = GlobalConsts.DefaultValue;
}
else
{
daymaxs[i] = Math.Min((di == 0) ? daymax : (daymin + di * ((i + 1) * divider - 1)), (yearmins[i] == yearmaxs[i] && DateTime.IsLeapYear(yearmins[i])) ? 366 : 365);
}
}
return(FetchClimate(p, latmins, latmaxs, lonmins, lonmaxs, hourmins, hourmaxs, daymins, daymaxs, yearmins, yearmaxs, options, rvt));
}
