def register_3D_variable(self, units, variable, varname, file_type,
gridded_int):
"""Registers a 3d interpolator with 3d signature"""
#determine coordinate variables by file_type
if file_type == 'density':
t, lat, lon = self._time, self._lat, self._lon
xvec_dependencies = {'time': 'hr', 'lat': 'deg', 'lon': 'deg'}
if file_type == 'height':
t, lat, lon = self._time, self._lat_height, self._lon_height
xvec_dependencies = {'time': 'hr', 'lat': 'deg', 'lon': 'deg'}
if file_type == 'neutral':
if variable.shape[1] == self._elat.shape[0]:
t, lat, lon = self._time, self._elat, self._elon
xvec_dependencies = {
'time': 'hr',
'elat': 'deg',
'elon': 'deg'
}
else:
t, lat, lon = self._time, self._lat_neutral, self._lon_neutral
xvec_dependencies = {'time': 'hr', 'lat': 'deg', 'lon': 'deg'}
#define and register the interpolators
self = RU.regdef_3D_interpolators(self, units, variable, t, lat, lon,
varname, xvec_dependencies,
gridded_int)
return
def register_3D_variable(self, units, variable, varname, gridded_int):
"""Registers a 3d interpolator with 3d signature"""
#define and register the interpolators
xvec_dependencies = {'time': 'hr', 'lon': 'deg', 'lat': 'deg'}
self = regdef_3D_interpolators(self, units, variable, self._time,
self._lon, self._lat, varname,
xvec_dependencies, gridded_int)
return
def register_3D_variable(self, units, variable, varname, gridded_int):
"""Registers a 3d interpolator with 3d signature"""
#determine which file the variable came from
for i in range(len(self.patterns)-1,-1,-1): #go in reverse to account for overwritten variables
if varname in self.varfiles[str(i)]:
lat = getattr(self, '_lat'+str(i)) #get the correct coordinates
lon = getattr(self, '_lon'+str(i))
#print(varname, self.patterns[i])
break
#define and register the interpolators
xvec_dependencies = {'time':'hr','lat':'deg','lon':'deg'}
self = RU.regdef_3D_interpolators(self, units, variable, self._time,
lat, lon, varname,
xvec_dependencies, gridded_int)
return
def register_3D_variable(self, units, variable, varname, gridded_int):
"""Registers a 3d interpolator with 3d signature"""
#determine coordinate variables and xvec by coord list
coord_list = [value[5][-1] for key, value in model_varnames.items() \
if value[0]==varname][0]
if 'lat' in coord_list: #3D variables only come from the neutral file
lon, lat = self._lon0, self._lat0
xvec_dependencies = {'time': 'hr', 'lon': 'deg', 'lat': 'deg'}
if 'Elat' in coord_list:
lon, lat = self._Elon, self._Elat
xvec_dependencies = {
'time': 'hr',
'Elon': 'deg',
'Elat': 'deg'
}
#define and register the interpolators
self = regdef_3D_interpolators(self, units, variable, self._time,
lon, lat, varname,
xvec_dependencies, gridded_int)
return