palmmeteo_stdplugins.harmonie(3)

NAME
palmmeteo_stdplugins.harmonie

SYNOPSIS

  Classes
class BilinearRegridder
class HarmonieCoordTransform
class HarmoniePlugin
class HarmonieRadPlugin

  Functions
def variable2parameter ()
def findnearest (xlon, xlat, point)
def transform_from_grib (filename_pattern, fileout, cfg, **kwargs)
def log_dstat_on (desc, delta)
def log_dstat_off (desc, delta)
def lpad (var)
def palm_harm_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_harm (f, lon, lat, levels, tidx=0)
def harmonie_t (f, it)
def description_key ()

  Variables
metpy_version_master = int(metpy.__version__.split('.', 1)[0])
barom_pres = PalmPhysics.barom_lapse0_pres
barom_gp = PalmPhysics.barom_lapse0_gp
g = PalmPhysics.g
ax_ = np.newaxis
int gw_gfs_margin_deg = 5.
int gw_wrf_margin_km = 10.
int gw_alpha = 1.

Function Documentation

  def palmmeteo_stdplugins.harmonie.calcgw_harm ( f, lon, lat, levels, tidx = 0)

Geostrophischer Wind aus HARMONIE-NetCDF, analog zu calcgw_wrf,
aber ohne WRF-spezifisches Slicing und PB/PHB.
Liefert (phgt_point, ug, vg) im gleichen Format wie calcgw_wrf.

  def palmmeteo_stdplugins.harmonie.description_key ()

  def palmmeteo_stdplugins.harmonie.findnearest ( xlon, xlat, point)

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

A crude method, yet satisfactory for approximate WRF surroundings

  def palmmeteo_stdplugins.harmonie.harmonie_t ( f, it)

Potentielle Temperatur aus HARMONIE-Daten.
f : netCDF4.Dataset
it: Zeitschritt-Index

  def palmmeteo_stdplugins.harmonie.log_dstat_off ( desc, delta)

Do nothing (log disabled)

  def palmmeteo_stdplugins.harmonie.log_dstat_on ( desc, delta)

Calculate and log delta statistics if enabled.

  def palmmeteo_stdplugins.harmonie.lpad ( var)

Pad variable in first dimension by repeating lowest layer twice

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

  def palmmeteo_stdplugins.harmonie.palm_harm_gw ( f, lon, lat, levels, tidx = 0)

Calculate geostrophic wind from HARMONIE using MetPy, but via calcgw_wrf for identical results

  def palmmeteo_stdplugins.harmonie.transform_from_grib ( filename_pattern, fileout, cfg, ** kwargs)

Process HARMONIE GRIB files with proper imports and error handling

  def palmmeteo_stdplugins.harmonie.variable2parameter ()

Variable Documentation

  palmmeteo_stdplugins.harmonie.ax_ = np.newaxis

  palmmeteo_stdplugins.harmonie.barom_gp = PalmPhysics.barom_lapse0_gp

  palmmeteo_stdplugins.harmonie.barom_pres = PalmPhysics.barom_lapse0_pres

  palmmeteo_stdplugins.harmonie.g = PalmPhysics.g

  int palmmeteo_stdplugins.harmonie.gw_alpha = 1.

  int palmmeteo_stdplugins.harmonie.gw_gfs_margin_deg = 5.

  int palmmeteo_stdplugins.harmonie.gw_wrf_margin_km = 10.

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

Author

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