public FetchClimateGridResponce FetchClimateGrid(ClimateParameter parameter, double latmin, double latmax, double lonmin, double lonmax, int hourmin, int hourmax, int daymin, int daymax, int yearmin, int yearmax, double dlat, double dlon, FetchingOptions options)
{
int nlat = (int)Math.Round((latmax - latmin) / dlat);
int nlon = (int)Math.Round((lonmax - lonmin) / dlon);
double[] latsGrid = new double[nlat + 1];
double[] lonsGrid = new double[nlon + 1];
for (int i = 0; i < latsGrid.Length; i++)
latsGrid[i] = latmin + i * dlat;
for (int i = 0; i < lonsGrid.Length; i++)
lonsGrid[i] = lonmin + i * dlon;
int[] hourmins = new int[nlat * nlon];
int[] hourmaxs = new int[nlat * nlon];
int[] daymins = new int[nlat * nlon];
int[] daymaxs = new int[nlat * nlon];
int[] yearmins = new int[nlat * nlon];
int[] yearmaxs = new int[nlat * nlon];
double[] latmins = new double[nlat * nlon];
double[] latmaxs = new double[nlat * nlon];
double[] lonmins = new double[nlat * nlon];
double[] lonmaxs = new double[nlat * nlon];
int rowIndex, colIndex;
for (int i = 0; i < nlat * nlon; i++)
{
rowIndex = i / nlon;
colIndex = i % nlon;
lonmins[i] = lonsGrid[colIndex];
lonmaxs[i] = lonsGrid[colIndex + 1];
latmins[i] = latsGrid[rowIndex];
latmaxs[i] = latsGrid[rowIndex + 1];
hourmins[i] = hourmin;
hourmaxs[i] = hourmax;
daymins[i] = daymin;
daymaxs[i] = daymax;
yearmins[i] = yearmin;
yearmaxs[i] = yearmax;
}
var resB = FetchClimate(parameter, latmins, latmaxs, lonmins, lonmaxs, hourmins, hourmaxs, daymins, daymaxs, yearmins, yearmaxs, options, ResearchVariationType.Spatial);
ClimateParameterValue[] result = resB.Values;
ClimateParameterValue[,] result2D = new ClimateParameterValue[nlat, nlon];
for (int i = 0; i < nlat * nlon; i++)
{
rowIndex = i / nlon;
colIndex = i % nlon;
result2D[rowIndex, colIndex] = result[i];
}
FetchClimateGridResponce res = new FetchClimateGridResponce();
res.Values = result2D;
res.ServiceVersion = resB.ServiceVersion;
return res;
}
public FetchClimateGridResponce FetchClimateGrid(ClimateParameter parameter, double latmin, double latmax, double lonmin, double lonmax, int hourmin, int hourmax, int daymin, int daymax, int yearmin, int yearmax, double dlat, double dlon, FetchingOptions options)
{
int nlat = (int)Math.Round((latmax - latmin) / dlat);
int nlon = (int)Math.Round((lonmax - lonmin) / dlon);
double[] latsGrid = new double[nlat + 1];
double[] lonsGrid = new double[nlon + 1];
for (int i = 0; i < latsGrid.Length; i++)
{
latsGrid[i] = latmin + i * dlat;
}
for (int i = 0; i < lonsGrid.Length; i++)
{
lonsGrid[i] = lonmin + i * dlon;
}
int[] hourmins = new int[nlat * nlon];
int[] hourmaxs = new int[nlat * nlon];
int[] daymins = new int[nlat * nlon];
int[] daymaxs = new int[nlat * nlon];
int[] yearmins = new int[nlat * nlon];
int[] yearmaxs = new int[nlat * nlon];
double[] latmins = new double[nlat * nlon];
double[] latmaxs = new double[nlat * nlon];
double[] lonmins = new double[nlat * nlon];
double[] lonmaxs = new double[nlat * nlon];
int rowIndex, colIndex;
for (int i = 0; i < nlat * nlon; i++)
{
rowIndex = i / nlon;
colIndex = i % nlon;
lonmins[i] = lonsGrid[colIndex];
lonmaxs[i] = lonsGrid[colIndex + 1];
latmins[i] = latsGrid[rowIndex];
latmaxs[i] = latsGrid[rowIndex + 1];
hourmins[i] = hourmin;
hourmaxs[i] = hourmax;
daymins[i] = daymin;
daymaxs[i] = daymax;
yearmins[i] = yearmin;
yearmaxs[i] = yearmax;
}
var resB = FetchClimate(parameter, latmins, latmaxs, lonmins, lonmaxs, hourmins, hourmaxs, daymins, daymaxs, yearmins, yearmaxs, options, ResearchVariationType.Spatial);
ClimateParameterValue[] result = resB.Values;
ClimateParameterValue[,] result2D = new ClimateParameterValue[nlat, nlon];
for (int i = 0; i < nlat * nlon; i++)
{
rowIndex = i / nlon;
colIndex = i % nlon;
result2D[rowIndex, colIndex] = result[i];
}
FetchClimateGridResponce res = new FetchClimateGridResponce();
res.Values = result2D;
res.ServiceVersion = resB.ServiceVersion;
return(res);
}
