def cut_2D_array(self,data_in):
""" Return a smaller array of data
depending of specified limits
"""
lats = self.lats1D
lons = self.lons1D
lat_idx_max,lon_idx_min,a,b = gridded_data.getXY(lats,lons,self.limits['Nlim'],self.limits['Wlim'])
lat_idx_min,lon_idx_max,c,d = gridded_data.getXY(lats,lons,self.limits['Slim'],self.limits['Elim'])
# Dummy variables for exact lat/lons returned
del a,b,c,d
data_out = data_in[lat_idx_min:lat_idx_max+1,lon_idx_min:lon_idx_max+1]
return data_out
def cut_2D_array(self,data_in):
""" Return a smaller array of data
depending of specified limits
"""
lats = self.lats1D
lons = self.lons1D
lat_idx_max,lon_idx_min,a,b = gridded_data.getXY(lats,lons,self.limits['Nlim'],self.limits['Wlim'])
lat_idx_min,lon_idx_max,c,d = gridded_data.getXY(lats,lons,self.limits['Slim'],self.limits['Elim'])
# Dummy variables for exact lat/lons returned
del a,b,c,d
data_out = data_in[lat_idx_min:lat_idx_max+1,lon_idx_min:lon_idx_max+1]
return data_out
def cut_lat_lon(self):
""" Return a smaller array of data
depending of specified limits
"""
lats = self.lats1D
lons = self.lons1D
lat_idx_max,lon_idx_min,a,b = gridded_data.getXY(lats,lons,self.limits['Nlim'],self.limits['Wlim'])
lat_idx_min,lon_idx_max,c,d = gridded_data.getXY(lats,lons,self.limits['Slim'],self.limits['Elim'])
# Dummy variables for exact lat/lons returned
del a,b,c,d
lats_out = lats[lat_idx_min:lat_idx_max]
lons_out = lons[lon_idx_min:lon_idx_max]
return lats_out, lons_out
def cut_lat_lon(self):
""" Return a smaller array of data
depending of specified limits
"""
lats = self.lats1D
lons = self.lons1D
lat_idx_max,lon_idx_min,a,b = gridded_data.getXY(lats,lons,self.limits['Nlim'],self.limits['Wlim'])
lat_idx_min,lon_idx_max,c,d = gridded_data.getXY(lats,lons,self.limits['Slim'],self.limits['Elim'])
# Dummy variables for exact lat/lons returned
del a,b,c,d
lats_out = lats[lat_idx_min:lat_idx_max]
lons_out = lons[lon_idx_min:lon_idx_max]
return lats_out, lons_out
