palmmeteo_stdplugins.wrf_utils Namespace Reference

Classes
class	BilinearRegridder
class	CAMxCoordTransform
class	WRFCoordTransform
class	WrfPhysics

Functions
def	calc_ph_hybrid (f, it, mu)
def	calc_ph_sigma (f, it, mu)
def	wrf_t (f, it)
def	calc_gp (f, it, ph)
def	palm_wrf_gw (f, lon, lat, levels, tidx=0)
def	minterp (interp_heights, data_heights, u, v)
def	get_wrf_dims (f, lat, lon, xlat, xlong)
def	calcgw_wrf (f, lat, lon, levels, tidx=0)
def	calcgw_gfs (v, lat, lon)
def	combinegw_gfs (grbs, levels, lat, lon)

Variables
	metpy_version_master = int(metpy.__version__.split('.', 1)[0])
int	gw_gfs_margin_deg = 5.
	Settings for geostrophic wind. More...
int	gw_wrf_margin_km = 10.
int	gw_alpha = 1.
	ax_ = np.newaxis
	parser = argparse.ArgumentParser(description=__doc__)
	help
	args = parser.parse_args()
	f = netCDF4.Dataset(args.wrfout)
	t = WRFCoordTransform(f)
	mu = f.variables['MUB'][0,:,:] + f.variables['MU'][0,:,:]
	gp = f.variables['PH'][0,:,:,:] + f.variables['PHB'][0,:,:,:]
	phf
	phh
def	gp_calc = calc_gp(f, 0, phf)
def	delta = gp_calc - gp

Function Documentation

calc_gp()

def palmmeteo_stdplugins.wrf_utils.calc_gp	(		f,
			it,
			ph
	)

calc_ph_hybrid()

def palmmeteo_stdplugins.wrf_utils.calc_ph_hybrid	(		f,
			it,
			mu
	)

calc_ph_sigma()

def palmmeteo_stdplugins.wrf_utils.calc_ph_sigma	(		f,
			it,
			mu
	)

calcgw_gfs()

def palmmeteo_stdplugins.wrf_utils.calcgw_gfs	(		v,
			lat,
			lon
	)

calcgw_wrf()

def palmmeteo_stdplugins.wrf_utils.calcgw_wrf	(		f,
			lat,
			lon,
			levels,
			tidx = 0
	)

combinegw_gfs()

def palmmeteo_stdplugins.wrf_utils.combinegw_gfs	(		grbs,
			levels,
			lat,
			lon
	)

get_wrf_dims()

def palmmeteo_stdplugins.wrf_utils.get_wrf_dims	(		f,
			lat,
			lon,
			xlat,
			xlong
	)

A crude method, yet satisfactory for approximate WRF surroundings

minterp()

def palmmeteo_stdplugins.wrf_utils.minterp	(		interp_heights,
			data_heights,
			u,
			v
	)

Interpolate wind using power law for agl levels

palm_wrf_gw()

def palmmeteo_stdplugins.wrf_utils.palm_wrf_gw	(		f,
			lon,
			lat,
			levels,
			tidx = 0
	)

Calculate geostrophic wind from WRF using metpy

wrf_t()

def palmmeteo_stdplugins.wrf_utils.wrf_t	(		f,
			it
	)

Variable Documentation

args

palmmeteo_stdplugins.wrf_utils.args = parser.parse_args()

ax_

palmmeteo_stdplugins.wrf_utils.ax_ = np.newaxis

delta

def palmmeteo_stdplugins.wrf_utils.delta = gp_calc - gp

f

palmmeteo_stdplugins.wrf_utils.f = netCDF4.Dataset(args.wrfout)

gp

palmmeteo_stdplugins.wrf_utils.gp = f.variables['PH'][0,:,:,:] + f.variables['PHB'][0,:,:,:]

gp_calc

def palmmeteo_stdplugins.wrf_utils.gp_calc = calc_gp(f, 0, phf)

gw_alpha

int palmmeteo_stdplugins.wrf_utils.gw_alpha = 1.

gw_gfs_margin_deg

int palmmeteo_stdplugins.wrf_utils.gw_gfs_margin_deg = 5.

Settings for geostrophic wind.

gw_wrf_margin_km

int palmmeteo_stdplugins.wrf_utils.gw_wrf_margin_km = 10.

help

palmmeteo_stdplugins.wrf_utils.help

metpy_version_master

palmmeteo_stdplugins.wrf_utils.metpy_version_master = int(metpy.__version__.split('.', 1)[0])

mu

palmmeteo_stdplugins.wrf_utils.mu = f.variables['MUB'][0,:,:] + f.variables['MU'][0,:,:]

parser

palmmeteo_stdplugins.wrf_utils.parser = argparse.ArgumentParser(description=__doc__)

phf

palmmeteo_stdplugins.wrf_utils.phf

phh

palmmeteo_stdplugins.wrf_utils.phh

t

palmmeteo_stdplugins.wrf_utils.t = WRFCoordTransform(f)